SolarNRG Philippines Fri, 15 Oct 2021 00:37:41 +0000 en-US hourly 1 SolarNRG 32 32 Solar vs. Nuclear: Which Is the Best Carbon-Free Energy Source? Mon, 20 Sep 2021 08:42:37 +0000 As the global climate crisis continues to rise unabated, the world slowly realizes that our use of non-renewable energy sources, such as natural gas and coal, plays a significant role in the worsening problem. Countries are now scrambling to build infrastructure for alternative renewable energy sources as they try to become part of the solution.

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As the global climate crisis continues to rise unabated, the world slowly realizes that our use of non-renewable energy sources, such as natural gas and coal, plays a significant role in the worsening problem. Countries are now scrambling to build infrastructure for alternative renewable energy sources as they try to become part of the solution.

The solar vs. nuclear energy debate is one of the hotly contested topics for proponents of renewable energy. Both energy sources are considered clean and carbon-free; their infrastructure can also be built at scale to power a large area.

Many first-world countries use nuclear energy to power cities, and solar is not far behind. But, which one is the better energy source? The infographic below will give you a comparative analysis of the two.


Infographic guide to solar energy and nuclear energy


Before discussing the difference between solar and nuclear power, we must first lay some groundwork to understand this argument better.

What is solar energy?

Solar energy is derived from the conversion of sunlight into electricity via photovoltaics (PV). When exposed to sunlight, these PV cells absorb photons that activate the cells’ electrons, turning light into an electric current. 

PV cells are linked together in a solar panel to produce energy en masse, and several solar panels are arranged to make a solar array. Solar panels can be used at a utility level for industrial, commercial, and residential consumption.

Another way to make energy from solar power at a utility scale is by using Concentrating Solar-Thermal Power (CSP) technology. Instead of PV cells, CSP power plants use mirrors to reflect sunlight into a receiver that contains a heat-transfer liquid. When this liquid is heated, the steam produced is used to turn a turbine to generate electricity.


What is nuclear energy?

Nuclear energy is produced by harnessing the heat produced from a nuclear reaction to boil water to create steam. This, in turn, powers a turbine that produces electricity. The most common radioactive material used by nuclear fission plants is Uranium (U-235), but Plutonium and Thorium can also be used. 

While nuclear fission (the splitting of atoms) remains the most popular method that reactors use to make energy, the research and development of nuclear fusion (bonding of atoms) reactors are currently ongoing.


Tale of the Tape

These two different methods of energy generation have distinct advantages and disadvantages. Here’s how they compare:

  • Cost

Solar energy costs are significantly less than nuclear energy. According to a 2020 report, the Levelized Cost of Energy (LCOE) to generate 1 megawatt-hour (MWh) of power from a solar farm is US$ 40 (around Php 2,000) on average. In contrast, nuclear power plants have an LCOE of US$ 155 (around Php 7,700) on average to generate the same amount.

The upfront costs and operating costs for nuclear are staggering, too, compared to solar.

It does not end there—the cost of producing solar energy continues to dip while the cost of nuclear is rising through the years. In the same report, the cost of solar energy in 2009 was US$ 359/MWh (around Php 18,000) but has fallen steeply to US$ 40/MWh in 2019. In contrast, the cost of nuclear energy increased from US$ 123/MWh (around Php 6,100) to US$ 155/MWh in the same period.

Apart from that, the cost of solar panel installation has fallen sharply in 10 years. According to one study, the cost of installing a rooftop solar energy system has fallen from an average of US$ 4,731 (around Php 237,800) in 2010 to US$ 883 (around Php 44,300) in 2020.


  • Time to build

Another significant factor that affects the practicality of nuclear power is the time it takes to build a power plant. According to a study, it takes around 69 months for a nuclear plant to become operational, while solar plants take only about nine months.

Key factors that drag out the process of building a nuclear plant are the heavy regulations imposed on the nuclear industry and the lobbying of different stakeholders, such as residents concerned with the public safety risk imposed by the nuclear plant.

Since the climate emergency is urgent, the world would be better off investing and building solar energy infrastructure every nine months than waiting for a one-off nuclear power plant every five years. 


  • Capacity

A power plant’s generation capacity is the amount of electricity it can produce while in operation. According to a study, the capacity factor of nuclear plants is 93.5%, which means that they can operate in full power for 341 out of 365 days. In contrast, solar farms have a capacity factor of 24.5% (89 out of 365 days). 

The reason for this difference is that solar arrays can only produce electricity when the sun is out. Also, there is currently a lot of ongoing research and development to make solar panels more efficient at collecting energy. Apart from that, battery technology has also come a long way to store energy from solar more effectively.


  • Safety

The most important reason why there are so few nuclear reactors worldwide is because of its inherently dangerous nature. Meltdowns, whether caused by human error like the Chernobyl disaster or by a natural disaster such as the Fukushima incident, are a constant threat to those living near the nuclear facilities. These disasters can also spread radioactive debris far from their epicenter.

Apart from one-off catastrophes, the wastes generated from nuclear facilities during their normal operations remain radioactive for thousands of years. Moreover, leaks from the nuclear facility can happen, which may cause adverse health effects to those exposed.

In contrast, solar energy is safe as they do not emit any negative externalities. Aside from not producing radioactive waste, solar energy does not emit toxic fumes, so it does not pose a health risk to those around installations.


  • Sustainability

Solar energy is one of the most sustainable sources of power as it can be generated indefinitely or as long as the sun is out there. The panels are generally long-lasting, with an average lifespan of 25–30 years. They don’t release harmful substances into the environment, and best of all, the source from which they derive energy is free.

Also, if solar energy at the utility scale is not available in your area, you can invest in a rooftop solar panel installation to reduce your household’s dependence on fossil fuels and sustain your energy needs even if the grid is down.

Nuclear power, while being carbon-free, is non-renewable. Uranium, the material used to power nuclear reactors, needs to be replaced every three years and then disposed of in a secure location. In addition,  uranium has to be mined from the Earth, making this resource finite.


Solar Energy Has a Sunny Future

With the increasing problems brought about by global warming, it is imperative to reduce fossil fuel use and switch to carbon-free, renewable energy. Both solar and nuclear power offer a substantial amount of energy without producing carbon dioxide. However, solar energy is the safer, more sustainable, and less expensive option. 

Apart from the dangers and public risks it poses, you can’t install a small nuclear reactor in your home, but you can install a solar energy system for residential use. If you’re interested in switching to solar energy, you can reach out to us at SolarNRG to get a quote and find out what makes our solar company different from the rest.



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9 Signs That Your Solar Panels Need Repair or Replacement Wed, 08 Sep 2021 08:16:53 +0000 It's worth noting that there are factors that can contribute to the quick deterioration of solar panels, such as cataclysmic weather disturbances or poor maintenance. If you wish to avoid solar panel replacement and make your system last longer, make sure that you give your solar energy infrastructure its required protection and upkeep.

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Global warming and its detrimental effects have made consumers more conscious of their carbon footprint. This is why more and more people have pivoted to clean energy, among other eco-friendly lifestyle choices. If you have chosen to depend on solar panels for your electric supply, kudos to you—you are doing Mother Earth and humankind’s future generations a huge favor.

However, the fact that solar panels help reduce one’s carbon footprint is not their only selling point. These energy sources are also quite practical—for starters, you can save as much as $1,384 (Php66,471.44) on electricity bills per year. In terms of efficiency, they score considerable points, too, as their average lifespan is 25 to 30 years.

It’s worth noting that there are factors that can contribute to the quick deterioration of solar panels, such as cataclysmic weather disturbances or poor maintenance. If you wish to avoid solar panel replacement and make your system last longer, make sure that you give your solar energy infrastructure its required protection and upkeep.


How Durable are Solar Panels?

Solar panels’ median average of efficiency degradation is 0.5% per year. That means your new set of solar panels can function at 90% efficiency after ten years.

Most manufacturers sell their solar panels with a 25-year 80% efficiency guarantee. Here, the magic number is 80%—that’s the level of efficiency you must expect from your solar panels. Anything less than that should hint you at a possible need for solar panel repair. But that’s a concern for the future. The fact is your solar panels are made of sturdy materials.

The actual solar cells are only between 200 and 500 µm thick. That might give you the impression that they’re flimsy. However, suppose you procured solar panels from a reliable supplier. In that case, you’ll receive products protected by tempered glass with a metal frame, making them sturdier and more dependable even when exposed to the elements.

Solar panels are designed to withstand a variety of weather conditions, think over 225 kph winds. Your solar panels might even give your roof added protection. That is unless a violent typhoon hits your area.

Another factor that affects solar panels’ durability is maintenance. Keeping them clean increases efficiency from 21% by up to 30%. More often, hosing down them with water will suffice. Thorough cleaning is needed if you’re located in a pollution-prone area that could land more debris on the surface of your panels. Make sure to adhere to the manufacturer’s cleaning manual.


9 Signs Your Solar Panels Need Repair or Replacement

1. Low and irregular power output

Your solar panel provider has set the average power output for your system. Weather conditions like rainy or cloudy days might affect this. However, if your system regularly misses its expected output, chances are it needs repair.

2. Cracks or broken glass casings

This can decrease power output by at least 2.5%. Cracks are usually caused by improper handling and installation, temperature variations, and severe weather conditions. For utmost system efficiency, do not neglect these signs of physical degradation.

3. Inverter issues

Your panel inverter is the second most important part of your system, next to the actual solar panels. It turns harvested solar energy into electricity. Inverter malfunctions will result in your system losing its purpose—to provide your household or place of business with electricity. Look out for red or green lights and error messages, then repair ASAP.

4. Solar panel age

Your system will probably function for more than 20 years. Once you hit that mark, it’s wise to be more aware of system errors. Regularly scheduled maintenance might be of the utmost importance.

5. Wiring problems

Loose solder connections are typical issues of solar panel installations. The same goes for other wiring problems such as oxidation and corrosion. If the cell power turns on and off when you tap the panel, the culprit could be the wiring.

6. Debris

This could come from a variety of sources, such as bird droppings and foliage. If it can’t be washed off, debris can be safely extracted by professionals. You may cause further damage to your panels if you DIY and get into an unfortunate accident.

7. Burnt marks and discoloration

Be wary of yellow to dark brown discolorations on your panels’ conductor strips. These are signs of corrosion, which may lead to uneven temperature distribution. That, in turn, results in compromised energy output.

8. Subpar or counterfeit materials

To cut costs, some suppliers and users combine genuine materials with counterfeits. This reduces your system’s efficiency. Subpar materials must be replaced at once before they jeopardize the rest of your system.

9. Unexpected shutdowns

This is the most obvious sign that your solar panel system requires either a repair or replacement. The common triggers of unexpected shutdowns include manufacturing defects, faulty installation, and wiring problems.


Say Yes to Solar Power

Transitioning to solar energy gives you peace of mind knowing you’re contributing to the fight against global warming. The benefits go beyond the political—if you’re running a business, you can lower operations costs and increase your ROI with solar panels. If you want to save electricity, you may do so without sacrificing comfort.

Going solar and using clean energy is something you should get behind not tomorrow but now. To explore your options, reach out to SolarNRG, one of the top solar companies in the Philippines that can provide all your solar installation needs. Inquire now and get a free quote.



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11 Factors That Greatly Affect Solar Panel Efficiency Tue, 22 Jun 2021 06:47:59 +0000 However, the efficiency of solar panels is not solely affected by the material they are made from. Several other factors can also determine how well these devices work. These are essential aspects to learn when planning a solar panel installation on your property.

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Solar panels are the flat, glass-covered installations used to convert the sun’s rays into electricity to save energy. Most solar panels are made from silicon because the material is a high-quality semiconductor. Other materials such as platinum, glass, plastic, and various metals are also used for making the panels work efficiently.

When different quality materials are used, these solar panels have an average efficiency of 15% to 20%. Those made from higher quality materials can even go over 22% but are generally costly.

However, the efficiency of solar panels is not solely affected by the material they are made from. Several other factors can also determine how well these devices work. These are essential aspects to learn when planning a solar panel installation on your property.


Solar Panel Efficiency: Explained

Solar panel efficiency is measured by taking the energy output of a given surface area. 

To calculate this value, you need to multiply the amount of sunlight that hits the earth’s surface in your area—or the incident radiation flux—and the size of your solar panel in square meters. Once you have this value, divide it by the maximum wattage on the panel and multiply that by 100 to get the percentage of efficiency. 

Let’s say 1,000 watts per square meter of sunlight is hitting your home. With a solar panel that’s two (2) square meters, you’ll have 2,000 watts. If your panel’s advertised output is 400 watts, you’ll have an efficiency rating of 20%. To get this, divide 400 by 2,000 and you’ll get 0.2. Multiply this by 100 to get the percentage.

On average, standard testing conditions are used to measure the solar panel’s output during normal weather conditions in a particular area. However, the variables used to measure efficiency can also be affected by other factors that you would need to calculate for as well. 

Different manufacturers produce solar panels differently, where the degradation rate can also vary. However, research has found that solar panel output generally falls at an average of 0.8% annually.


What are the Factors that Affect Solar Panel Efficiency?

There are several factors that could affect the efficiency rate of your solar panels. Taking note of these variables will allow you to understand better how these devices work and how they can benefit you.


  • Temperature

Efficiency rates for solar panels vary with the changing temperature. Higher levels of temperatures equate to a negative impact on its overall performance. As a result, efficiency is lost the hotter it becomes.


  • Climate conditions

In line with temperature, solar panels can work more efficiently during cooler temperatures as they reduce the risk of damage from heat. Colder climate conditions also allow the panel to produce more electricity. 


  • Energy conversion efficiency

The conversion efficiency of a solar cell is the percentage of the solar energy falling on a panel that is converted into usable electricity. This means not all sunlight that shines on a panel is converted into electricity. In fact, there are also factors that affect this, such as temperature, reflection, and wavelength.


  • Shading

Shading is commonly referred to as the obstruction of radiant energy due to solid objects such as trees, roofs, and other buildings. When a solar panel does not get enough sunlight, its overall output is affected. Additionally, this can shorten the lifespan of the panel if a part of it remains under the shade.


  • Sun intensity

This refers to the amount of solar energy or radiation that falls on the panel. The intensity depends on what angle and location the sun is in the sky at a given time. 


  • Latitude

When installing solar panels, it is vital to take into account the angle it is placed at. Depending on where the panel is facing, some angles can work better in gathering solar energy than others.


  • Reflection

Solar panels often come with shiny surfaces that are designed to absorb light. However, some products reflect more light, which leads to less generated energy.


  • Soiling

The term is used to describe the accumulation of dirt, snow, leaves, dust, animal droppings, and the like on the surface of solar panels. As surface soiling increases, the performance of the PV panels decreases, which leads to less energy production.


  • Maintenance 

Solar panels need to undergo regular maintenance to ensure that the system still produces the expected energy output. This involves regular cleaning, system checks, and occasionally replacing small parts on the panel or wiring if needed. 

The company’s maintenance provider can check on the system for you as part of the purchase agreement.


  • Operations

Solar panels that are regularly used at full capacity are more likely to degrade faster. Normal operations include monitoring and controlling the performance and conditions of the solar panel.


  • Age

As the solar panel ages, its efficiency may decrease due to normal wear and tear. This includes problems with the battery, system operations, configuration, and installation, among others.


Conserving Energy with Better Solar Panel Efficiency

Using solar energy is one of the best ways to help protect the environment. Today, there are different types of solar panels you can install to generate electricity from the power of the sun and use it in your homes or place of business.

To make your investment more worthwhile, it is important to understand the factors affecting the solar panel system’s efficiency and performance. Contact SolarNRG today for more information about solar panel installations.



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Uncovering the Truth: 8 Solar Energy Myths, Debunked Thu, 03 Jun 2021 10:20:38 +0000 It's time to disprove these solar myths, so we can continue to promote this clean energy source that can help save the planet. Here are some of the top misleading solar myths and the truth behind each of them.

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Technology that can harness renewable energy has been around for decades, but there are still so many misconceptions and false rumors surrounding it. For one, the internet is rife with solar energy myths and fallacies that circulate to this day.

It’s time to disprove these solar myths, so we can continue to promote this clean energy source that can help save the planet. Here are some of the top misleading solar myths and the truth behind each of them. 


Myth #1: Solar is exclusively for the rich.

Fact: While it’s true that solar panel system installations in the early 2000s were generally expensive, technological advancements in the last decade have caused prices to fall. Service providers now also offer flexible financing options, making solar energy a feasible option even for homeowners.  

Research shows that trends in solar costs have continued to dip yearly since 2009. The government has even offered incentives and payment schemes that greatly decreased the upfront costs of solar systems. 


Myth #2: Solar does not work during cloudy days.

Fact: Solar panels can produce great amounts of energy, even in winter or on cloudy days. However, the amount of energy generated on these days may be a bit lower compared to sunnier days, depending on the quality of panels you use. 

Photovoltaic (PV) solar panels don’t use heat to generate electricity. “Photo” is Greek for the word light, while voltaic describes anything related to electrical energy. The light from the sun solar panels is converted to generate electricity. 

Solar radiation, in the case of PV panels, can be derived in two ways. One component of solar radiation is Direct Normal Irradiance (DNI), which means the sunlight hits solar panels directly without interference by other surfaces or objects. The second is Diffused Horizontal Irradiance (DHI), which is solar radiation that goes to PV panels through light reflected by other surfaces like rivers or mountains. 

Therefore, it isn’t true that solar panels won’t work on days with less sunlight. They will still produce electricity as long as there is some light, even from the DHI component, throughout the day.


Myth #3: Solar panels are expensive to maintain.

Fact: Maintenance of solar panels isn’t as expensive as most people believe. These systems are built to withstand all types of weather conditions and can last for decades. However, as with all kinds of tech, periodic maintenance is essential. 

They are generally easy to maintain and only need regularly scheduled cleaning to ensure that debris isn’t blocking sunlight. Yearly inspections are usually enough if there are no overhanging trees nearby or if you do not live in typhoon-prone regions. 


Myth 4: PV Solar panels can damage roofs.

Fact: Roof damage is the least of a property owner’s concerns when installing solar panels. Having PV panels on your rooftop can even protect the surface area they occupy since they cover your roof from the elements. Solar panels can be dismantled easily from rooftops since they are only mounted on the surface. The key to ensuring that your roof stays safe is to inspect for damage before system installation. 


Myth 5: Not owning your own house makes it impossible to go solar.

Fact: You do not need to own or rent a home to have access to solar energy. Even condominium or apartment complex residents can go solar as long as their respective building regulations allow the installation of solar arrays. Multiple households can share power, and costs can be divided among them. 


Myth 6: Clean coal is just as environmentally friendly as solar energy.

Fact: Solar energy is a far cleaner source of power than clean coal, which is being hyped as a better alternative since it has reduced carbon emissions. But at the end of the day, there is no such thing as clean coal. Coal is one of the most toxic fossil fuels that can harm the environment and human health


Myth 7: Installing solar panels decrease property value.

Fact: On the contrary, solar panels are seen as property upgrades, much like a state-of-the-art home theatre system or a renovated home office. Solar-powered homes have been shown to increase property value people pay more if the property comes with a working, regular-sized solar array. Solar-powered homes also reportedly sell faster than homes without PV panels installed.


Myth 8: Solar panels harm the environment in the long run following decommission.

Fact: Solar panels can last up to 25 years or even more. After they have served their purpose, they can be recycled, as they are made of highly recyclable materials such as glass, aluminum, and plastic. Ask your manufacturer if recycling solar power systems is an option they offer. 


Go clean, go solar!

Now that you know fact from fiction, it’s easier to understand why choosing solar energy over traditional sources of power is one of the best choices you can make in this day and age. Making the switch has long-term positive effects on the environment and can save you money in the long run. If you’re ready to take the plunge, get in touch with SolarNRG now to explore your options.



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A Handy Guide on How to Save Electricity While Staying Home Fri, 21 May 2021 08:38:21 +0000 Staying home may keep us safe, but it may lead to higher electricity bills. Here are some handy tips on how to save electricity.

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Most of us are working from home during this trying time. While this keeps us safe, the downside is we consume more energy, which inevitably results in a higher electricity bill. The good news is that there are many different ways to save electricity and keep the bills down, especially since we all can use that extra budget for other household expenses.

Learn how to save electricity using practical, easy-to-follow, and proven tips from this infographic.


Infographic guide to saving electricity at home


1. Switch to LED bulbs

On average, 5% of your household’s energy consumption goes to lighting. That said, using energy-efficient light bulbs is a surefire way to bring down your electricity bills.

Among the many types of light bulbs, light-emitting diode (LED) bulbs are the most energy-efficient. For comparison, fluorescent lamps can last as long as 10,000 hours, while LED lamps can last 10 times longer. They also have a more focused light direction at 180 degrees than the 360 degrees of fluorescents, meaning they use a more efficient system to distribute emitted light.

How energy efficient are LEDs? Their energy consumption is way lower than traditional light bulbs, allowing you to use 25% to 80% less electricity.


2. Utilize natural light

During the daytime, it is best to open all windows and blinds and crimp the curtains. This way, you don’t need to turn on electrical lights or your desk lamp as the intensity of natural light will be enough for your needs; not to mention, you’re getting a free dose of Vitamin D to enhance your mood and strengthen your immune system. 

Plus, open windows allow the air to circulate freely around your house, making it feel less stuffy.


3. Go solar

Solar panels for homes may seem expensive to install, but once set up, your home will be able to harness the power of the sun for practically free electricity, making it a worthwhile investment. Solar panel systems are designed to send your household’s surplus electricity back to the national electrical grid, which would offset your commercial electricity consumption through net metering

Besides, solar panels have a lifespan of about 25 years or more before they need any replacing, extending the time that you can reap the benefits of low monthly electricity bills.


4. Do chores manually

House chores are necessary to maintain cleanliness and order at home. However, electrical appliances like vacuum cleaners can consume a great deal of energy. It would help you conserve energy by using cleaning tools that don’t require electricity, such as the good-old broom. 

If you have carpets at home, you can have them cleaned without using a vacuum cleaner—go for those handy manual carpet sweepers to get rid of pet hair or food crumbs.

Another tip: Natural defrosting of your fridge is also more energy-efficient than using an electric fan or other heating gizmos. This also applies to thawing frozen food before cooking.


5. Use smart devices

Technology can be a helpful tool for lowering power consumption at home.

Since plugged-in appliances use energy even when they’re not running, known as “vampire load,” it is advisable to use smart power strips. Unlike conventional ones, smart power strips can detect if appliances are on standby and cut power when they’re not in use.

You can also tweak the standard settings of your air-conditioning unit by using voice-activated personal assistants to control your home cooling system’s thermostat. 


6. Use energy-saving appliances

Energy-saving appliances come in all forms, from TVs to refrigerators and air-conditioners. They use less energy to function and automatically go on low-power mode when not in use.

It may be wiser to replace your old refrigerator or washing machine with a new, energy-saving model. Old appliances are prone to mechanical breakdowns, which can add to your expenses or lead to a never-ending cycle of costly repairs. Electricity savings can offset the money that you’ll spend for the purchase of new appliances.


7. Seal air leaks

Maintain a cool temperature at home by ensuring that windows and doors have no cracks or openings where air can escape. There are many seal strips that you can get commercially, or you can DIY them, to seal air spaces and prevent your air-conditioner from working for long hours before you can achieve the desired temperature for your home.


8. Have your air conditioner cleaned regularly

Air-conditioning filters collect dust, dirt, and grime over time, putting a strain on the unit’s cooling system. The dirtier your air conditioner is, the longer time it will need to cool the room or house, which would require more electrical power to function well.

Blocked filters can increase your unit’s power consumption between 5% and 15%, so make sure to have your air-conditioner cleaned every month or two, depending on how dusty or polluted the environment is or how often you use it. You can contact air-conditioning cleaning services if you don’t have the tools to clean hard-to-reach areas effectively.

9. Cover pots when cooking

If you’re using an electric stove, placing a lid on pots and pans will save you energy because they lock in the heat. Water will boil, and meat will become tender faster, reducing the time you need to keep your electric stove running.


10. Set the right temperature for different home areas

Warm weather will naturally have you using your air conditioner in several areas around the home simultaneously. While this will make you feel comfortable, it can be costly, although not as much if you set the air conditioner at the right temperature.

Perhaps the whole family gathers more often in the living room; in that case, you may want to make it cooler than the other parts of your home while putting the air conditioning in the bedrooms in low-power mode. Another good practice is to turn the thermostat down after midnight since it will be comfortably cooler by then.


11. Use PC sleep mode

A desktop or laptop that is turned on consumes 65 watts of power versus 6 watts when you switch it to sleep mode. Rather than leaving it on when not in use and as you take care of other chores, it may also be better to put it on hibernate mode, as it won’t use any power at all.


12. Limit kids’ gadget time

Fewer hours of video streaming on the laptop or gaming on consoles can save a lot on your energy bill. Also, remind your children frequently not to leave their devices or gadgets powered on when not in use, as they may leave them like this more often than not.


13. Switch off idle appliances

Once you finish a task on your computer and plan to do another chore, which will require you to be away for an indefinite period, shut the machine down and pull out the AVR plug. Don’t forget all the other appliances that you use with it—the fan or air conditioner, light, radio and speakers, and so on. This good habit can save you heaps.


14. Follow a laundry schedule

A whole week’s worth of laundry versus half-loads will use the same amount of electricity in your washer, so you might as well schedule your laundry weekly. Aside from saving electricity, you also save water.

If you can help it, avoid using the dryer since it lets you consume extra electricity when you can go for line drying instead. If you need to use a dryer on rainy days, see to it that nothing restricts the airflow, like coins or cloth fibers, as these will force your appliance to run longer.


15. Use kitchen appliances properly

The kitchen is one of the busiest places at home, which means a lot of energy is being used here. To save energy in the kitchen, be mindful of a few things:

    • Fill your electric kettle with only the right amount of water you need—the less water you heat, the less energy it has to use.
    • Use the microwave, not the electric stove, when heating small amounts of food.
    • Avoid opening the fridge too often. If you keep opening and closing the refrigerator door, it will need a lot of power to cool up its interior and maintain its set temperature.


Technology for Energy Efficiency

Technology like solar panels is here for a reason—to make our lives easier and help us live in the best way possible. Wiring your home to a solar panel system lets you use energy efficiently while helping you save on electricity costs. Learn more about solar technology—contact SolarNRG for the purchase and installation of solar panels for residential, commercial, or industrial use.



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8 Factors to Consider When Buying Solar Panels Fri, 30 Apr 2021 04:45:55 +0000 This guide will discuss eight important things to consider when buying or installing solar panels. Contact us today for your solar panel installation needs.

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Consumer standards have evolved tremendously over the past few years. Unlike before, when most would settle for the cheapest product or service available, modern-day shoppers do extensive research before purchasing. While this practice may take a little more effort, it satisfies their needs and makes the most out of their hard-earned money. 

If you’re planning to install a solar panel system in your home, the same principles should apply. As you look at different solar companies in the Philippines, there are several criteria you’ll need to take note of to make the best investment possible. 


What to Look for When Buying Solar Panels

To help you make the switch, our guide will discuss the things you’ll need to be aware of when buying solar panels.


1. Type of panel

Thanks to innovations in solar panel technology, people can power their homes with different kinds of panels. Currently, there are three types available: monocrystalline, polycrystalline, and thin film. Each has its fair share of pros and cons, and the best option will ultimately depend on your preferences.

  • Monocrystalline – As the oldest type available, monocrystalline panels have become the most developed. While this kind may be the most expensive, it is also known to be the most efficient. 
  • Polycrystalline – This type is relatively newer than monocrystalline but is continuously gaining traction amongst consumers. Its efficiency is a bit lower, but the cheaper price tag makes it an attractive investment. 
  • Thin Film – This type of panel is one of the latest developments in solar technology. While its power output isn’t as high as the other two, its lightweight build and affordable price point can give you more flexibility during installation.



2. Performance

Usually, performance is one of the first things you should look into when canvassing for panels.  You don’t always need to go for the most efficient option, but you definitely need a system that can seamlessly generate power. This will ensure that your solar batteries charge fast and produce enough electricity whenever you need it.

To help shortlist your options, it’s important to know that the average panel efficiency is around 15%–22%. With this in mind, panels within this range or even higher will prove to be a worthy investment. 


3. Panel size

Given that new types of solar panels are being developed and becoming commercially available, you’ll likely make adjustments over the years. While the roof of your house may have a lot of space, you should still consider getting the right panel size for you when looking for options. 

As panels generate more energy per square meter, they require ample overall space. This can help you plan your whole configuration setup.


4. Roof compatibility and mounting

Since placement will be vital in harnessing solar energy and generating power, it’s best to see which areas of your home are getting the most sun exposure. As a rule of thumb, it’s best to avoid placing them in areas where they may be obstructed by trees, buildings, and other structures.  

As an important part of the whole installation, you’ll need to ensure that the mounting system is of good quality, especially if you live in a windy area since loose mounting brackets can cause your panels to fly off during typhoon season. Checking with your provider and asking for necessary certifications will help you avoid this dilemma.



Since your panels will be exposed to the elements, durability is another factor that you should take into account. Panels that easily break must be avoided since system downtime will take a huge hit on your savings. 

When negotiating with solar companies, it’s best to inquire about the long-term durability of their panels. Manufacturers must disclose the results of their testing to back the validity of their products.


6. Warranty

Warranty is established to protect your rights as a consumer, so it’s another crucial aspect to consider. In the process of gathering options, it’s best to partner with a provider that will give you an attractive warranty period. In case of a sudden malfunction or defect, this will help you maximize your investment.


7. Provider maintenance

Solar panels are made up of components that degrade over time, so you’ll need to get them serviced regularly. While cleaning and debris removal can be easily done, component checks must be serviced by a professional. 

Many companies perform yearly maintenance as part of a package deal, but if this isn’t specified, you should make it a point to ask and make sure it’s included. It’s also best to monitor your system religiously and keep in touch with your provider to know when the panels are due for a checkup. 


8. Provider reputation

Lastly, it’s best to check if a provider walks the talk. Like any other business, Solar companies can entice you with attractive ads and big promises, but it’s important to keep yourself grounded. To better understand a provider’s trustworthiness, you should look at performance reviews and experiences of past clients.  


Take the Needed Steps Towards a Greener Way of Living

Making the switch to solar can seem daunting, but don’t let it get the best of you. Considering the benefits they give to both the environment and your finances, there should be enough reasons for you to go for renewable energy. With this handy guide, it should be easier to take steps towards a greener way of life. 

Visit our page to learn more about our solar panel systems.



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Solar Panel Maintenance What You Need to Know Tue, 27 Apr 2021 04:25:08 +0000 This comprehensive guide will discuss important things you need to know regarding solar panel maintenance.

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Powering your house with solar panels is ideal for several reasons. Making the switch to renewable energy doesn’t just reduce your environmental impact; its cost-efficient perks will also allow you to save money. With the latest models being inexpensive and lasting a lifetime, now’s the perfect time to invest in a solar panel system.

When you’ve finally decided to go solar, you should be aware that your system will require periodic maintenance. While modern solar panels are built to withstand exposure to the elements, this doesn’t eliminate the fact that they need to be taken care of. Since its components can also break down, ensuring that all parts are working fine will allow you to maximize your investment.

But how exactly do you maintain solar panels? Before we dive into the details, it’s important to know their parts.


What are solar panels made of?

With more people realizing its benefits, solar panel technology has advanced tremendously over the past few years. In the past, it was branded as expensive and less efficient, but today’s solar panel systems are far more cost-effective. Despite all the advancements, it’s interesting to know that the design has relatively stayed the same. Here are the six main components that make up a solar panel:


1. Solar PV Cells

Solar photovoltaic (PV) cells are responsible for converting sunlight into electrical energy. They’re small, 0.1mm-thick wafers that can be made with either monocrystalline or polycrystalline silicon.

The kind of cell and silicon used will give you a general idea of a panel’s performance, but differences in size and configuration can also influence its energy production. As a rule of thumb, always remember:

  • Monocrystalline – Higher cost and greater efficiency
  • Polycrystalline – Lower cost and less efficiency


2. EVA Film

Ethylene-vinyl acetate (EVA) film is a transparent plastic layer resistant to high temperatures and humidity. This polymer covers the PV cells to keep them safe from water leaks and dirt buildup. This component also protects the other inner parts from being damaged by shocks and vibrations.


3. Back sheet

The back sheet is engineered to regulate your panel’s temperature. In addition, this cover is made up of polymer or a combination of polymers that will help protect your panels from environmental damage, UV radiation, and moisture.


4. Glass

The glass sheet is designed to protect the PV cells from impact. It guards the panel against pressure and harsh weather, whether it’s due to heavy rain, searing sunlight, or airborne debris. Normally, the glass is around 3.0 to 4.0mm-thick, and in case of breakage, they will shatter into small fragments instead of sharp, jagged pieces.


5. Aluminum Frame

The aluminum frame plays two key roles: a casing for the PV cells and a mount to fix the panels in a position. These frames are made up of aluminum and designed to be lightweight and resistant to stress. The frame’s design depends on the manufacturer, but the corners can be screwed or clamped together.


6. Junction box and connectors

The junction box is a small weatherproof housing on the backside of a solar panel. Functioning as its central system, it ensures that electricals are working well so that cells can efficiently collect energy. With the help of bypass diodes and weatherproof MC4 connectors, solar panels can avoid back current malfunctions and transfer electricity seamlessly.


General Maintenance of Solar Panels


  • Why do I need to have my panels maintained?

Over time, debris may accumulate on your solar panels and damage them. Failure to maintain them will decrease your system’s energy production and lead to costly damages. Through routine checks, your system can perform at its best, enabling you to maximize its cost-saving benefits.


  • How often do I need to clean my panels?

Cleaning frequency depends on how fast dirt builds up or on your area’s environment. For instance, homes surrounded by trees may need cleaning more often since the panels are regularly exposed to bird droppings, leaves, and other debris. Cleaning here can be done easily by basic debris removal. But ideally, you can leave it to the experts to have them clean your system once a year.


  • How should I clean them?

Cleaning solar panels is just like cleaning a window. All you need to do is use a hose with running water and soap on the glass cover, then wipe clean with a piece of cloth. Avoid using rough sponges, cold water, abrasive detergents, and high-pressure sprayers since they may damage PV cells.

At the same time, always remember to make safety a priority—climbing up the roof will put you at risk of an accident. In case your issue is a bit complex, seeking the services of professional cleaners should do the trick.


  • How do I know if my system is performing well?

The best way to know your system’s performance is to monitor your monthly power output. The good news is most systems come with monitoring software, so you don’t have to input data manually.

If you notice that the electricity it’s generating has decreased, there may be a maintenance issue that’s compromising your system. This should be addressed by a technician, particularly if the situation doesn’t improve after some cleaning.


  • When do I need to get them serviced?

How often you need to get your solar panel system checked will depend on your chosen provider’s terms. Some companies will require quarterly maintenance, while others do annual inspections. Monitoring your inverter display monthly and keeping in touch with your provider will help you know if it’s time to get the panels serviced.


Maintenance Made Easy

Upon installation, solar panels are immediately exposed to the elements. While they are engineered to withstand stress from harsh weather conditions, this doesn’t mean that they’re immune to damage. Exposure to heat, rain, and debris can affect your system’s performance, making periodic maintenance checks necessary.

Damage in PV cells or the glass casing won’t just be inconvenient; they’ll also take a toll on your budget. Instead of waiting for a costly breakdown, keeping a proactive approach will enable you to make the most out of your solar panel investment. For inquiries regarding solar panel installation, don’t hesitate to reach out to SolarNRG, one of the top solar companies in the Philippines.


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5 Industries That Can Benefit from Solar Energy Systems Mon, 15 Mar 2021 04:52:25 +0000 There are great benefits in using the sun to run industrial operations. Install solar energy systems to power up equipment and give solar energy a chance.

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Fossil fuels are one of the most widely used sources of energy despite the dangers they pose to the environment. In fact, big industries that consume massive amounts of electricity produced by fossil fuels accounted for 22% of the greenhouse gas emissions used to manufacture goods from raw materials in 2018. 

Needless to say, preserving the earth’s natural resources like coal, oil, or gas for future generations is an act of giving back life to the planet.

On the other side of the fence, renewable energy has been making progress as a viable option for future-looking businesses across industries. From 2011 to 2012, the average cost of solar energy systems has dropped by 14%, and 82% from 2010 to 2020. This trend is expected to continue as solar technology becomes more and more efficient and competitive.

Paired with cutting-edge energy storage in the new-generation batteries built specifically for photovoltaic generators, the cost of owning and operating a solar power plant will only become more cost-effective over time. Corporations that go solar can reduce power costs significantly, leading to long-term gains.

With that said, it’s high time that industries switch to solar energy, not only to save the planet but on operating costs, too. Here are some of them that are greatly benefiting from the power of the sun.


1. Shopping malls

It’s interesting to note that among the top 20 corporations for green energy, the first five are in the retail shopping industry—Walmart, Costco Wholesale, Kohl’s Department Stores, IKEA, and Macy’s.

With 145 MW of solar capacity, Walmart is one of the steady gainers in the race to lead in the green energy department. Owing to its sheer size, the Walmart chain of stores is currently at around 28% production of renewable energy consumption but aims to be 50% green by 2025.

IKEA is a maker of easy-to-assemble, DIY furniture with a global presence. As of the first quarter of 2017, IKEA has slashed its previous non-renewable energy usage by over 300%. It produces more than three times the energy it needs with renewable solar power. As a firm originally based in Sweden, respect for nature is very important in IKEA’s corporate vision and goals.


2. Agricultural farms

In the United States, tax breaks and money grants from the Department of Agriculture encourage farms to install solar panels around their sprawling barns and chicken coops. These solar panel systems are used to power dozens of fans to keep the chickens cool and comfortable throughout the year.


3. Pharmaceutical laboratories

Novo Nordisk, a Danish company, has allotted $70M for solar panels in a 672-acre installation facility. It was the first company within the RE100 group to do so. Some of the other notable corporations that are members of this renewable energy group are AstraZeneca, Biogen, and Johnson & Johnson.

The pharma company’s spokesperson and senior director of corporate environmental strategy, Dorethe Nielsen, stated that Novo Nordisk balances “financial, social, and environmental” aspects of the business.

Laboratories have also turned to solar power for their cold storage units that will house the COVID-19 vaccines for distribution around the country.

Now that vaccines are being rolled out worldwide, we can now see the light at the end of the tunnel. Cold storage units are proving to be an invaluable tool in the fight against the spread of the disease, and pharmaceutical companies are addressing the challenge of transporting and storing vaccines through an efficient cold chain.

With the help of solar energy systems, cold storage facilities are able to maintain the viability of vaccines until they are administered. Since vaccines have never been more valuable during these trying times, it is crucial to make sure they are of the highest quality in the long journey from the manufacturer to the syringe.


4. Tech Companies 

Apple, Facebook, and Microsoft are just some of the giants that get juice for their data centers out of solar panels. Tesla has a Gigafactory in Nevada with the goal of running the entire plant using solar energy from panels on-site.

Intel uses 3 million square feet of solar panels in nine countries, accounting for about 70% of the corporation’s power usage globally. 

Since 2018, Apple has been running on 100% renewable energy, while Google—aside from being carbon neutral since 2007—would focus on recycling old servers into new ones and cooling apparatuses utilizing 30% less energy.

For its part, Adobe, which is among the first to enter into renewable energy collaborations, is also encouraging stakeholders in its supply chain to speed up the transition into clean energy sources.

Microsoft president and legal chief officer Brad Smith sums up the direction tech giants will take in the new decade, stating that renewable energy is clean—yes—but more than that, it provides “better financial predictability.”


5. Car manufacturing plants

Aside from on-site solar panel plant installments, another option for car manufacturers is blending solar panels into car designs. 

Tesla has long been in the green energy movement, but it’s only recently that Elon Musk’s company has started using solar panels in its cars, with the first one being the Tesla Cybertruck. The innovative design involves adding fold-out solar wings capable of going on a range of up to 40 miles (64 km) per day.

While hybrid cars with efficient solar batteries get the most benefit from the green revolution, solar panel technology is now making it possible—and fashionable—for cars to have solar cells installed in their roofs.


Renewable Solar Energy for Industries

Solar energy was once just a dream initiative for those who thought of integrating the technology into daily life for a more cost-effective way to harness electricity from a renewable source while saving the planet. But with all the value that it offers for companies, solar systems are slowly but surely becoming mainstream.

It’s high time that you also reap the benefits of solar energy systems. Solar energy gives you an edge that works well for your company’s bottom line, cements your corporate social responsibility, and cancels out your carbon footprint all at the same time. Give solar energy a chance and contact SolarNRG for inquiries.

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Climate Change: Facts That Will Make You Go Solar Fri, 12 Mar 2021 03:47:56 +0000 Climate change is a real threat to human civilization. Here's everything you need to know about this phenomenon and why going solar is your moral obligation.

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In November 2013, the Philippines was hit by one of the strongest typhoons ever recorded. Typhoon Yolanda, internationally known as Haiyan, swept the provinces of Leyte and Samar, with wind speeds reaching 315 km/h and five-meter storm surges.

In its wake, the typhoon left more than 7,000 dead, 27,000 injured, 4 million displaced, and an estimated P604-billion economic impact. 

Just last year, the archipelago again experienced the devastation brought about by a series of strong typhoons. It started with Typhoon Quinta, followed by Super Typhoon Rolly, culminating with Typhoon Ulysses, whose strength caught many by surprise. 

Those living along the path of this trifecta had to contend with its effects amid a deadly pandemic. The situation was dire, to say the least.

Sadly, the situation can only get worse. You can expect freak weather disturbances to become more and more prevalent. Typhoons will increase in power. Places historically spared from them will be hit. All of these due to climate change. Here are climate change facts, statistics, and trends you should know.


Infographic about climate change


The Devastating Effects of Climate Change

The Paris Agreement is an international treaty on climate change with the goal of preventing climate change from reaching beyond 1.5 °C above pre-industrial levels. However, the climate prognosis has remained grim. If current trends persist in terms of carbon emissions, come 2030, we might pass the threshold mentioned above. Such a scenario will have catastrophic effects.

Think extinction of a wide variety of plant and animal species, both land and water-based, the proliferation of disease-carrying insects like mosquitoes in places they did not thrive before, and entire cities and islands submerged underwater. 

Long-dormant viruses and bacteria will revive and wreak havoc on the global population due to the thawing of permafrost, and intense natural calamities like unrelenting wildfires, destructive typhoons, and frequent hurricanes will leave areas in their path in ruin. These freak weather events may happen more frequently, even in places they did not usually occur.

Now, more than ever, we need to listen to climate change experts. Climate change is real. It is not a problem waiting in the future; it is here. And if we are to do something about it, we better do it now.


Individual and Collective Actions are Needed

If you feel strongly about the climate change issue, do not hesitate to speak up and take action. Let those who might not know as much as you do learn what they have to. Join relevant causes such as reforestation drives. Meet people who share the same values as you do and, together, engage as many people as you can. 

You can also reach out to your representative in congress. Let your concerns be heard by the people who make the rules. They have the power to put laws in place that can curb the country’s collective carbon footprint.

As an individual, there are lifestyle changes you can make, as well. You can go minimalist and reduce the waste you add to the planet. 

Be more conscious of how you consume natural resources, such as water and food, which entails vast energy during production. Before clean water flows from your shower, it has already incurred a considerable carbon footprint, so use that water as efficiently as possible. 

The same goes for the food you eat. It is best to shift to a more plant-based diet or, at the very least, eat locally-sourced and seasonal food.

Turn your daily commute carbon neutral via walking or biking. If those are not possible, choose public transport—think of it as carpooling. If you can afford to shift to a hybrid or electric car, by all means, do so.

Be mindful of your home’s energy usage, too. For starters, choose appliances with the Energy Star label, which equates to energy-efficiency. Unplug fully-charged gadgets. Whenever possible, detox from technology. Go out and appreciate nature; listen to what it tells you.

You can take your commitment to the fight against climate change to the next level by adopting clean and renewable energy sources for your residential and commercial needs. Solar energy is a viable option as it is affordable and accessible. Most importantly, it does no harm to Mother Nature.

Gear up for change

There are 20 firms responsible for a third of all carbon emissions that exacerbate climate change. That means the bulk of moral accountability rests upon those in power. This goes without saying that you can still do your part in the fight against climate change. If these large profit-driven corporations do not care, it’s high time you do. 

Through your lifestyle choices, you can help Mother Nature heal. As small as your efforts would seem in the grand scheme of things, these small efforts from environmentally conscious individuals across the planet, when pooled together, will have an invaluable impact. Start with transitioning from a traditional energy source to a solar panel system. This change will benefit not only nature but also your pocket. That right there is a deal worth exploring. Call SolarNRG now to inquire. Let us all gear up and change for the better.


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Solar Farm Installation: A Closer Look Fri, 26 Feb 2021 05:38:12 +0000 Solar farms are becoming an accessible source of green energy. This article provides an overview of solar farms and their benefits.

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Solar panels are touted as one of the best sustainable energy sources for homes and facilities that run on electricity. These panels give us access to a powerful and renewable energy source. But as much as these panels are perfect for home and commercial use, they work more efficiently in a large-scale context.

With a multitude of solar panels, it is possible to generate enough solar energy to power whole communities and essential establishments. This is where solar farms come in.

What is a Solar Farm?

A solar farm, also referred to as a photovoltaic power station, is a large, decentralized solar panel array that supplies electricity to the power grid. This can include ones owned by larger utility companies and other ground-mounted solar panel arrays big enough to provide power to many homes and establishments.

The scale of solar farms can range from at least 1 megawatt to more than 800 megawatts. The land size required for creating a solar farm is approximately 1 hectare for every 1-megawatt installation.

Key Factors to Consider When Building a Solar Farm

Size matters

A solar farm needs to cover a relatively large land area to provide the required power. This doesn’t only cover the solar arrays, but also other equipment such as the inverters and the spaces in between the rows to make room for repairs and maintenance.

Build time

The time it would take to complete a project entirely depends on the size of the solar farm and the number of builders involved, which can be done in a span of months. However, getting the necessary permits is another matter.

Making the (electrical) connection

If the land is near electrical power lines, it’s more feasible to connect the arrays to the grid or a centralized power source that distributes electricity.


One of the important factors to consider is the farm’s close proximity to a cleaning facility or water source since this will determine how efficient those panels will be cleaned and maintained regularly.

Number of panels needed

To arrive at a specific number, the best way to start is to determine the needed kWh output, then work your way backwards. Pulling this off will require a clear understanding of how much energy a solar panel provides. This can be done by calculating for the solar panel production for the area using a calculator.

Benefits of a Solar Farm

There are many benefits to relying on solar farms to power your community. These include:

Zero noise pollution

Solar farms generate zero noise pollution, as they are made of non-moving components and use a soundproof box to house inverters. Because of this, they can be built much closer to load centers, as they are less likely to disrupt the local environment. As a result, energy transmission is less difficult, and line losses are reduced. This also increases their overall efficiency.

Better plant and animal habitats

Lands typically used for solar farms are grasslands with hedges. This allows local wildlife and plants to continue thriving with little interference from the solar panel array.

Solar farms can create biodiversity and habitat provisions while mitigating flood and soil erosion and increase pollination rates in their respective sites. In addition, these lands can be used for animal grazing, helping local livestock thrive.

Reduction of carbon emissions

Solar farms rely on the sun—a clean energy source—which ensures that the power produced from these sites is 100% renewable. The process of solar panels converting sunlight to electricity has minimal carbon emissions, making it a more viable source of energy.

Furthermore, power supplied by solar farms to main grids allows for the wider distribution of clean energy.

Global adoption

The sun shines everywhere across the world—even in countries like Iceland, which receive approximately 5 hours of daylight during the winter solstice. Combined with the minimum specifications for solar farm locations, these sites can easily provide renewable energy alternatives anywhere across the globe.

Effective power alternatives for communities

Solar farms are effective power alternatives for all kinds of communities for several reasons.

Firstly, they can provide power to communities at lower costs than traditional utility electricity. Secondly, by providing energy to the main grid, communities can take advantage of green energy without installing solar panels, which is ideal in areas with more stringent build requirements.

They can also be used in rural areas, as they have very few provisions. Lands used for solar farms can still be used for other agricultural purposes and restored for other uses with minimal damage.

Sustainability in Solar Farms

Solar farms are an emerging model for making green energy more accessible to the public. They can be installed virtually anywhere where the sun shines and have minimal effects on the local environment. The power generated from these farms can help lower electricity bills, making it both sustainable and economically viable.

Tap into the potential for solar farms and contact SolarNRG for a free quote today.


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