Author Archive Donna Vanpelt

ByDonna Vanpelt

How Many Panels in 5KW Solar System?

In a world increasingly focused on sustainability and environmental consciousness, solar energy is a cost-effective and eco-friendly solution for powering homes and businesses. A 5kW solar system is a popular choice for homeowners looking to harness the sun’s energy. But how many solar panels does it take to make up a 5kW solar system? That’s where this article comes in.

We will explore the factors determining the number of panels needed for this solar system, including efficiency, location, and energy consumption.

The Basics Of Solar Panels

To understand the significance of solar power and the number of solar panels needed for different solar systems, one must grasp the fundamental components of a solar panel. At the heart of the solar revolution are these ingenious devices engineered to harness the sun’s energy and transform it into electricity. The measurement unit for a solar panel’s capacity is expressed in watts (W). So, a 5kW solar system, for instance, boasts a capacity of 5,000 watts. That means it produces an impressive 5,000 watts of electricity every hour, provided ideal conditions prevail.

The demand for high-efficiency solar panels has grown in the quest for sustainability and energy independence. That’s because high-efficiency panels capture more sunlight and generate increased electricity for a given area. This efficiency affects how much electricity a solar system yields. It also reduces the number of solar panels needed for a specific capacity like the 5kW system whileributing to a more eco-friendly future.

What are the Factors Influencing Panel Count?

The number of solar panels required for a 5kW system varies based on several factors:

1. Solar Panel Efficiency

In the world of solar power, not all solar panels are created equal, and the key player in this distinction is efficiency. The efficiency of a solar panel is a critical factor, as it dictates how effectively it can harness sunlight and convert it into electricity. Solar panels typically have an efficiency range from 15% to 22%. However, the importance of this range becomes apparent when planning your solar panel array.

High-efficiency panels make a noticeable difference in how much energy is produced from a given area. They allow you to maximize the energy output, reducing the number of panels needed to meet your electricity needs. This, in turn, significantly influences your electricity bill and how much roof space or space in your solar array you require for a 5kW system. Needless to say, the case for investing in high-efficiency panels is even more compelling.

2. Location and Sunlight

The geographic location of your solar system plays a pivotal role in determining how much space you need and the overall efficiency of your solar panels. Sunlight is the lifeblood of solar power, varying significantly from one region to another. Sunnier locales naturally benefit from abundant sunlight, requiring fewer panels to meet energy needs. In contrast, regions with less sunlight might necessitate a larger solar system size to generate the same amount of power.

Also, key factors like latitude, local climate, and potential shading from nearby objects influence the efficiency of solar panels. When panels operate at their actual operating temperature, which can vary based on location, they can deliver optimal performance. This consideration isn’t just about how much energy you generate but how efficiently you generate it. All these factors ultimately impact your electricity costs and how much power you harness from your solar system. Hence, location is a crucial aspect of solar panel planning as it affects how it works.

3. Energy Consumption

Understanding your daily energy consumption is pivotal when determining how many solar panels you need for your 5kW solar system. A 5kW system produces around 5,000 watts of electricity per hour under ideal conditions. However, how many solar panels you require doesn’t solely depend on your system’s capacity and energy consumption.

If your daily energy usage exceeds the output of a 5kW system, additional panels may be necessary to meet your electricity needs. It’s a finely tuned balancing act between the 5kW solar system’s capacity, energy, and your household or business’s energy demands. In this equation, your specific needs influence the number of panels you should install to ensure you have enough solar power to meet your energy requirements while making the most of your available roof space.

How to Calculate the Number of Panels

To calculate the number of panels needed for your 5kW solar system, you can use the following formula:

Number of Panels = System Capacity (in watts) / Panel Wattage

For a 5kW solar system with 250-watt panels:

Number of Panels = 5,000 W / 250 W = 20 panels

Keep in mind that this is a simplified calculation. Other factors, such as panel efficiency and your location’s sunlight conditions, influence the final count. In less sunny areas or with lower-efficiency panels, you might need more than 20 panels to reach 5kW.

Optimizing Your Solar System – Essential Tips

When planning your 5kW solar system, it’s essential to consider the number of panels and their arrangement and positioning for maximum energy production. Here are a few tips to optimize your solar array:

1. Tilt and Orientation

When maximizing the energy your solar panels produce, the tilt and orientation of these panels are crucial considerations. The goal is to optimize their exposure to sunlight, involving two key factors: direction and angle.

Ideally, solar panels should be oriented to face south (in the northern hemisphere) or north (in the southern hemisphere). This positioning allows the panels to capture maximum sunlight throughout the day. Additionally, tilting the panels at an angle that closely aligns with your geographical latitude is essential. This adjustment ensures that the panels are positioned to face the sun directly, maximizing the energy produced.

By fine-tuning the tilt and orientation of your solar panels, you can enhance their efficiency, which, in turn, leads to a higher amount of energy produced. This means more effectively utilizing your solar system’s capacity and a quicker return on renewable energy investment.

2. Shading

Shading is one of the often underestimated yet highly impactful factors in solar energy production. The presence of shading, whether from nearby trees, tall buildings, or other obstructions, affect the efficiency of your solar panels. Even a small amount of shading casts a shadow of doubt on your system’s performance.

When any part of a solar panel is shaded, it reduces the energy output of that panel and also affects the entire array’s efficiency. Modern solar panels typically operate as a collective unit, and when one panel is underperforming, it creates a bottleneck for the entire system.

To maximize the energy your solar panels produce, minimizing shading to the greatest extent possible is crucial. This may involve trimming or removing trees, repositioning nearby structures, or adjusting the panel layout to avoid obstructions.

By ensuring your panels receive uninterrupted sunlight throughout the day, you’ll enhance their efficiency and optimize the overall energy production of your solar system. Thus, you’ll reap the benefits of lower energy bills and reduced carbon footprint.

3. Monitoring and Maintenance

An often overlooked aspect of ensuring the maximum energy production from your solar panels is diligent monitoring and maintenance. To truly harness the sun’s potential, regular vigilance is key.

Monitoring your solar system’s performance allows you to keep a close eye on its efficiency. Various tools and technologies are available for tracking energy output, and they can alert you to any anomalies or issues that may arise. This proactive approach enables you to take timely corrective measures, preventing small problems from becoming larger. It also ensures that your solar system consistently operates at its peak efficiency.

man standing over solar panels

Maintenance is another crucial element. Over time, solar panels can accumulate dirt, dust, bird droppings, and other debris. These contaminants block sunlight from reaching the panels, reducing their ability to generate electricity. Regular cleaning and maintenance, which may involve the removal of these obstructions and inspections for any damage, ensures that your panels remain in optimal condition. By maintaining your solar system, you extend its lifespan and safeguard your investment by maximizing energy production over the long term.


A 5kW solar system is a great way to harness the sun’s power and reduce your reliance on traditional energy sources. The number of panels you need for a 5kW system depends on various factors, including the panels’ efficiency, location, and energy consumption. While a simple formula can give you a rough estimate, consulting with a solar professional to design a system tailored to your specific needs and conditions is essential. By optimizing your solar array, you can enjoy the benefits of renewable energy while reducing your carbon footprint and energy bills. Got further questions regarding solar panels? Check out this guide.

ByDonna Vanpelt

How Long To Charge A Tesla With Solar Panels?

The paradigm shift towards sustainable energy has intensified the conversation about the compatibility between solar power and electric vehicles (EVs) in Canada. A frequently asked question is, how long does it take to charge a Tesla with solar panels?

Generally speaking, it can take around 7 hours to 10 days. It depends on your solar system. Keep reading to untangle the relationship between solar panels and your Tesla charging time.

Why Solar Panels Are the Future

The popularity of electric vehicles, particularly the Tesla models, indicates Canada’s commitment to reducing carbon emissions.

Charging a Tesla with solar panels taps into an energy source that is renewable and eco-friendly. The nation’s expansive land area is an advantage, offering ample space to install solar panels.

Determining Your Solar Panel Output

a tesla charger

Solar Panel Efficiency and Power Rating

A key term to understand is PV panel efficiency. This metric determines how effectively a solar panel can convert sunlight into electricity.

The average solar panel efficiency ranges between 15-20% in Canada. Another essential term is the power rating, measured in watts (W).

Besides, this determines the maximum output of a panel under ideal conditions. For instance, a 300W panel with 20% efficiency will usually provide 60W of power.

How Many Solar Panels Do You Need?

The number of solar panels needed to charge a Tesla with solar depends on two main factors:

  1. The energy requirements of the Tesla battery
  2. The energy output from each panel

For instance, if a Tesla electric car Model 3 requires 50 kWh for a full charge, and each of your panels provides 300Wh daily, you would need around 167 panels for a single.

Of course, this is a simplified calculation; practical factors such as sunlight hours, weather conditions, and solar inverters efficiency play a role.

The Integration of Solar Panels and Tesla

Portable Solar Panels

For those on the move always portable solar panels are an option.

Though they will not charge your Tesla electric vehicle as quickly as a fixed installation due to their smaller size and power capacity, these portable solar panel options are perfect for emergencies or supplementing your primary power source.

Energy Storage

While directly charging your electric vehicle from solar panels is enticing, many setups involve charging a home battery system (like Tesla Powerwall) during the day, which then charges the Tesla overnight.

Besides, this allows for a consistent and reliable energy supply, regardless of sunlight conditions.

The Compatibility of Different Tesla Models with Solar Panels

Which Tesla Model Do You Own?

It is crucial to understand the specific energy requirements of each Tesla model to determine the feasibility and efficiency of charging a Tesla with PV panels.

Let us delve into the specifics:

Tesla Model 3: The standard range plus has a battery capacity of about 54 kWh.

Therefore, if your solar panels produce a combined output of 5 kW per hour under optimal conditions, you would theoretically need about 10.8 hours of peak sunlight to fully charge it.

Tesla Model S: A long-range Model S boasts a battery capacity of around 100 kWh. With the same solar panels producing 5 kW, you would require approximately 20 hours of peak sunlight.

Tesla Model X: For the long-range version, the battery capacity sits at about 100 kWh, similar to the Model S. Again, you would need roughly 20 hours of peak sunlight with a 5 kW solar setup.

Tesla Model Y: The long-range Model Y has a battery capacity near 75 kWh. With the 5 kW solar panel setup, about 15 hours of sunlight at peak would be necessary.

These figures are approximations, as PV panel efficiency, weather conditions, and the state of the car battery (i.e., not often zero when charging starts) will affect the actual charging time.

Charging Time Variation Across Models

As indicated by the battery capacities:

A Tesla Model S or Model X, with its substantial 100 kWh battery, would require the most solar power and consequently more peak sun hours for a full charge.

On the other hand, a Tesla Model 3 would take almost half that time due to its smaller battery capacity, especially when considering the standard range version.

The Model Y finds its place in between, demanding more hours than the Model 3 but fewer than the Model S or X.

It is crucial to note that these charging times would change based on the total energy output of your solar panels.

The above examples depend on a combined PV panel output of 5 kW. Adjusting for different setups would modify these figures accordingly.

Factors Affecting Solar Energy Production

The Role of Peak Sun Hours

Peak sun hours refer to the number of hours in a day when solar radiation is at its maximum. Canada, with its varying seasons, has fluctuations in peak sun hours.

Thus, while you might require more solar panels in the winter due to reduced sun hours, the summer might offer ample energy with fewer panels.

Importance of Solar Installation Placement

The placement of your solar installation has a significant impact on energy capture.

Installing panels facing the sun path can maximize energy capture, reducing the time needed to charge a Tesla.

Utilizing tracking systems can further enhance this by adjusting panels to follow the sun.

Integrating Solar Panels with Tesla Battery System

Using Tesla Powerwall in Conjunction with Solar Panels

When thinking of how many solar panels are needed, it is vital to consider a storage solution.

Tesla Powerwall can store surplus solar energy during the day, which can then charge your electric vehicle during non-peak sun hours or cloudy days.

Again, this ensures that even when the sun is not shining brightly, your Tesla can still get charged using green energy.

Maximizing Battery Power for Longer Drives

An efficient solar system allows you to charge a Tesla and ensures you can optimize the battery power for longer drives.

Combining solar panels with Tesla’s advanced battery technology means road trips can be more sustainable without the range anxiety commonly associated with EVs.

The Growing Trend of Combining Solar and Tesla

Tesla Vision – More Than Just Cars

Tesla’s vision goes beyond producing electric vehicles. With products like the Solar Roof and Powerwall, it is evident that the brand envisions a future where homes and cars run on clean energy.

Charging a Tesla with solar panels is its vision, making the combination more than just a trend but a step towards sustainable living.

Collaborative Ventures and Future Endeavors

There may be closer integration between Tesla cars and solar solutions later.

With innovations in solar technology and Tesla’s continuous push towards sustainable transport, we might soon see packages where buying a Tesla also includes a custom solar installation plan.

The synergy between solar panels and Tesla cars presents a promising path for a sustainable future.

Understanding your specific Tesla model, optimizing solar installation, and maximizing battery power can make the dream of running an electric vehicle in pure sunlight a tangible reality for many Canadians.

Practical Considerations for Canadians

Weather and Sunlight Duration

Canada’s varied climate affects how much energy solar panels can produce.

Winters with shorter daylight hours and frequent cloud cover or snow can decrease the energy output.

However, the longer daylight hours during summer can compensate for this.

While there is an initial cost to setting up a solar panel system, Canadian federal and provincial incentives can offset some of these costs.

Over time, charging your Tesla with solar will likely be more cost-effective than relying solely on the grid.

As the popularity of electric vehicles grows in Canada, infrastructure for solar-powered EV charging stations is also expanding, making it even more feasible to charge a Tesla with green energy.


The dream of charging your Tesla using solar power is becoming increasingly viable in Canada. Factors like your Tesla model, their efficiency, the number of solar panels, and local weather conditions will determine the exact charging duration.

While no one-size-fits-all answer, with the right setup and considerations, your Tesla and solar panels can integrate harmoniously, ushering in a greener, more sustainable future.

Frequently Asked Questions

Can You Fully Charge a Tesla With Solar Panels?

Yes, you can fully charge a Tesla with solar panels. The capability to charge depends on the capacity of the solar panels, the amount of sunlight they receive, and the size of the Tesla battery. A Tesla can be fully charged within a day with a sufficiently large solar array and optimal sunlight conditions.

However, practical considerations like weather variability, PV panel efficiency, and the current state of the battery will influence the actual charging time.

How Long to Charge a Tesla With a 400W Solar Panel?

To determine the time it would take to charge a Tesla with a single 400W solar panel, consider the Tesla model’s battery capacity and the solar panel’s actual energy output.

For this example, let’s consider a Tesla Model 3 with a standard range plus a battery of about 54 kWh.

If the 400W solar panel operates at its maximum capacity for an hour under perfect conditions, it would produce 0.4 kWh. To produce 54 kWh, it would take:


Therefore, only one 400W solar panel would theoretically take 135 hours of optimal sunlight. It fully charges a standard-range Tesla Model 3.

Keep in mind that real-world conditions, like the angle of sunlight, efficiency of the panel, and potential weather interferences, would likely extend this time.

ByDonna Vanpelt

How to Protect Solar Panels from Hail

There are several ways to prevent solar panels from hail storms, such as using tempered glass to cover the panel, erecting a wire gauge cover, or ensuring that the panels are made of high-quality materials. Although solar panels are renowned for their sturdy nature and ability to withstand most weather conditions, these tips will bring maximum protection and sustain their lifespan.

Unlike rain and snow, hail is like precipitation of solid ice and can damage cars, houses, aircraft, solar panels, etc. Due to its dangerous nature, most solar users seek how to protect solar panels from hail and use them longer. This article shares seven tips that can help in that regard. But before that, let’s grasp a little information about hailstorms and solar panels.

Hailstorm and Its Impact on Solar Panels

Hailstorm is one of the most severe weather conditions in the world. They form when thunderstorm updrafts carry raindrops into extremely cold regions of the atmosphere, freeze, and drop them. Since they can damage the windscreens of vehicles, houses, and even aircraft, they can cause significant damage to solar panels.

Solar panels are sturdy as they’re made of amorphous, polycrystalline, and monocrystalline silicon. Notably, the panels protect the part of your roof where you mount them. However, if a hailstorm drops for days or weeks without a break, it can affect strength.

Hail can damage the external surface of the panels, exposing the internal components to danger. When this happens, the panel may not maximize its function. Instead, it may malfunction, showing difficulty in charging, an undetected energy source, etc.

Providing additional protection to your solar panels is advisable in areas where hail is common. Regularly inspecting your solar panels can help you detect and fix early or potential damages on time.

On the other hand, getting insurance coverage for your solar modules can also be a protective measure. Since most home insurances cover the damage of weather hazards on your property, your solar panels are covered.

Another way to protect your panels is by providing regular maintenance. Solar panels are nearly indestructible, but you need to check and provide maintenance services occasionally. This can facilitate their durability and performance.

7 Smart Ways to Protect Your Solar Panels from a Hailstorm

Solar panels comprise amorphous, polycrystalline, or monocrystalline silicon. Thus, they can endure the worst weather disasters. But frequent weather conditions like hail can cause huge damage to your panels over time. These tips can help protect your panels from hail damage and make them last longer.

1. Monitor the weather forecast

Technology has advanced, producing devices with accurate weather predictions. Using a radar, or the weather forecast app on your device, you can tell what’s about to drop from the sky and when it will drop.

Dual polarization radar tech can assist in detecting if precipitation will come with rain, snow, ice pellets, and hail. Forecasters will examine the historical data to confirm their reading. Once an upcoming hailstorm is confirmed, you should take precautions immediately to protect your panels and other property that could be damaged.

2. Buy high-quality solar panels

Investing in a high-quality solar panel can be enough to guarantee maximum protection. Panels rated IP68, UIC 61730, or UL 61730 are ideal solar panels that can withstand time.

So before buying or installing solar panels, confirm that they meet these rating standards. However, if you already got panels without these ratings, consider replacing them or protecting them with the next tip.

3. Use hail protective covers – Methacrylate

The best hail protection cover for a solar panel is Methacrylate. As a unique monomer in polymer plastic, it’s the most suitable cover that protects your panels from weather conditions like rain, snow, high winds, and even hailstorms.

Covering your panels with a methacrylate layer can keep your panels safe throughout all weather conditions.

4. Build hail-proof netting

Building a hail-proof net is like getting insurance; you spend less to avoid huge losses. Also, it’s a cost-effective measure to protect your solar panel. It lasts, helping to deflect hail stones from directly hitting the panels.

The best part is that hail-proof netting can work perfectly with impact-resistant mounts. Combining these two methods will give your panels the best and most durable protection.

5. Use tempered glass

Tempered glass is an ideal solar panel protection cover. Most solar panels come with tempered glass surfaces because they’re more resilient to breakage from a hail storm. If your panel has a glass casing at least 6-7mm thick, rest assured it can survive hailstorms.

So, whether you’re planning to get some solar panels or protect RV solar panels, go for ones with a tempered glass surface. They are not susceptible to harsh weather elements.

6. Invest in an automatic solar panel angle system

This system can go a long way in protecting your solar panel from a hail storm. You can tilt the solar panels away from the hailstones dropping from the sky. Afterward, you can tilt it back to the appropriate angle so it can absorb energy from the sun.

While this can protect your panels, you may need a professional to help set them at the right angle. Also, you may need to work with the weather forecast while using the system.

7. Get a wire gauge cover

Creating a wire gauge cover can help protect solar panels from hail. However, you must determine the wires and PVC materials you need. You don’t want to cover the panels from sunlight. Building a wire gauge is cost-effective, yet it is an ideal cover for your solar panel.


Ground-mounted or rooftop Solar panels are more like a one-time investment. So, caring for them is not a waste of time and money. Seeing how disastrous a hailstorm can be, you must consider these protective tips for your solar energy system.

Monitor the weather forecast, invest in high-quality panels, use hail-protective covers like Methacrylate, and hail-proof netting. Furthermore, install solar panels with a tempered glass surface, erect a wire gauge cover, or invest in an automatic solar panel angel system. These actions can prevent solar panel hail damage.


Can solar panels withstand hails?

Solar panels consist of polycrystalline, amorphous, and monocrystalline silicon. So, it’s certain that they can withstand hail and other weather elements.

What is hail-proof netting for solar panels?

Hail netting or hail-proof netting is a leno woven net mounted to protect solar panels. It prevents direct strikes from hail storms on the solar cells.

How often does hail damage solar panels?

Depending on the composition of solar panels, there are very rare cases of hail damage on them. However, improper maintenance and protection measures can make solar panels susceptible to weather conditions.

What happens when hail drop on solar panels?

If it hails drops on solar once in a while, there are no effects to worry about. However, a consistent hailstorm on solar panels can reduce their performance, either by making them slow to charge or damaging the casing of the panels.

How can I protect my solar panels from damage?

You can protect solar panels from damage by providing regular maintenance and quality checks. That way, you’ll be able to find minor issues that could become worse if not addressed on time. You can further protect your panels using the tips mentioned in this piece.

Do solar panels require extra protection from hail?

To prolong the lifespan of solar panels, they need protection from hail, although they’re built to endure all weather elements.

Does home insurance cover hail damage to solar panels?

While most insurance policies don’t cover damages caused by weather elements to solar panels, some do. Whether it’s attached to your property or mounted in the ground, home insurance policies provide coverage for damages to solar panels.

ByDonna Vanpelt

Solar Panels Series Vs. Parallel – A Guide on How to Wire Solar Panels

If you’re a newbie to the inner workings of solar energy systems, you might feel a bit lost when you first encounter the topic of parallel and series wiring – the major methods for installing solar panels. The way your panels are installed is crucial as it influences the performance level of your panels and even the type of inverter you need in your setup. To make this easier, there are handy solar panel series and parallel calculators online that can guide you through the process.

Continue reading to understand both wiring methods, how to install your panels in parallel and series, how they compare against each other, and which one is better.

Solar Panels in Series

This wiring method has to do with the solar panel terminals, both the negative and positive terminals. To form a series connection, you have to wire the positive terminal of one panel to the negative counterpart of another panel. With this wiring method, you create a photovoltaic source circuit, resulting in at least two panels stringed from positive to negative terminals.

The major highlight of this wiring method is that it will enhance the pressure or force moving your electric current through the circuit. However, the supply of electric current is constant. Let us quickly paint a practical installation scenario for you to understand it better. If you’re installing solar panels with a rating of 60 volts and 10 amps, stringing four of these panels in series will give you a total voltage of 240 volts and a total amperage of 10 amps.

This is the primary reason solar installers use the series wiring method to improve the voltage, which is essential for the solar inverter to function properly. For instance, if your inverter’s voltage requirement is 480 volts, you need to install 10 panels with a 48-volt rating in series to meet that requirement.

Wiring Your Solar Panels in Series

Let us show you how to wire your solar panels in series, one step at a time. We’ll begin with the materials needed for this process.

What do You need?

∙ The required number of solar panels you need. (Ensure that they are identical. For some reason, if you can’t get identical solar panels, at least ensure that their current ratings are similar)

  • Multimeter
  • Blankets
  • The Wiring Process
  1. Pinpoint the negative and positive solar wires, so you don’t mix them up when the process is underway. Some cable manufacturers make it easier by marking their negative cables with (-) and positive cables with (+). If you’re not so lucky to get these kinds of solar cords, it’s not a big deal. Aside from checking the cables, you can also check the junction box or the MC4 connectors.
  2. For some reason, if there’s no indication whatsoever on your cables, you can use a digital multimeter to check the open circuit voltage of your panels. If your meter displays a reading for negative voltage, the cable connected to your meter is the negative cable. On the other hand, if the meter displays readings for positive voltage, the cord connected to your meter is the positive cable.
  3. Spread a blanket or a very large cloth on the floor before turning your panel upside down so its surface will be face down on the covered floor. The blanket will prevent scratches on the panel’s surface. Turning your panel upside down will expose its wiring and prevents it from receiving solar energy from the Sun.
  4. Get the positive cord from the first panel and the negative cable from the second one and join them together by plugging one into the other.
  5. To connect more panels, join their positive solar wires to the negative wires of the panels you’ve strung so far. That’s how you wire panels in series.

After this, you can link your charge controller to the batter.

Then link your charge controller to the panels.

Return the panels to their original position.

Solar Panels in Parallel

Unlike wiring panels in series, which involves joining the positive cable of one panel to the negative cable of another panel, wiring panels in parallel requires linking the positive cable to the positive cable of the other panel, and the same applies to the negative cables as well. There’s usually a combiner box containing the negative and positive connectors. The positive cables are fastened to the positive connectors in the combiner boxes, and the same applies to their negative counterparts. The aggregate of all these connections (with more than two panels) creates a photovoltaic output circuit.

In sharp contrast to wiring panels in series, wiring in panel enhances the amperage produced by the panels while the voltage remains constant. Using the same scenario as before, stringing four 60-volt panels (with an amp rating of 10 amps) in parallel will create a total voltage of 60 volts and a total amperage of 40 amps. This kind of wiring helps you meet the amperage requirements of your inverter. For instance, if the minimum amperage requirement is 60 amps, you must wire at least six 10-amp panels.

Wiring Solar Panels in Parallel

man wires solar panels

What You Need

  • Identical solar panels (if you can’t get identical panels, at least get panels with similar amp ratings)
  • Y-branch connectors
  • Multimeter

The Wiring Process

  1. Like in the first step with the first wiring method, pinpoint the negative and positive solar cables.
  2. Same as step 3 under wiring solar panels in series.
  3. Once you have easy access to the panels’ wiring, link the solar cables to the Y-branch connectors, the positive wires of two panels should go to the FFM side of the connector, while the negative solar cables should be joined to the MMF side.
  4. If you’re wiring multiple panels in parallel, get the connector that will be compatible with its number. For example, if you want to wire four panels in parallel, purchase a pair of 4-in-1 connectors. The Y-branch connector was compatible only with wiring two panels in parallel. That’s how you wire panels in parallel.
  5. Link the charge controller to the battery.
  6. Then link the panels to the charge controller
  7. Return the panel to its original position.

Which Method is Better?

Well, let’s see. Wiring panels in parallel has one advantage over wiring in series; the whole setup still generates electricity even if one of the panels is faulty. You can’t say the same for wiring in series. However, both methods have obvious disadvantages which complement each other. For wiring in series, you may be unable to meet the amperage requirements of the inverter. On the other hand, you may not meet the voltage requirements of your inverter with parallel wiring. The solution will be to combine both wiring methods for your solar system to meet the amperage and voltage requirements of the inverter.

ByDonna Vanpelt

How to Install Solar Attic Fans in 13 Steps

Installation of solar fans is easy, but you need to follow certain steps to place them correctly and function as to how you want them to be.

It is good to consider solar fans since solar power counterbalances over 70 million metric tons of carbon dioxide every year in the US. Please continue reading to learn more about solar attic fans and how to install them.

What Are Solar Attic Fans?

An attic fan acts as a ventilation system that decreases the temperature in your attic by releasing hot air and bringing cool air in.

Temperature is reduced, and your air-conditioner is not overworked because the cool air decreases the temperature in your attic, so there is less heat going through your roof.

You do not need to keep your solar attic fan up and running all the time. You need a solar fan when direct sunlight goes on your roof tiles to make space underneath hot. Your solar fans start to function when the sun shines on the solar panel, which generates energy.

How to Install a Solar Attic Fan

Supplies You Need

Flat pry bar
Finish hammer
Reciprocating saw
Utility knife
Drill or driver

Installing a Solar Attic Fan in 13 Steps

  1. Mark the location of a solar outlet between 2 roof rafters in the attic.
  2. Place a nail in the middle of the area where the vent is.
  3. Put fall-arrest and roof support structures to the roof.
  4. Using a homemade dowel compass, outline the vent’s flashing on your roof.
  5. Using the utility knife, cut the shingles along the outline.
  6. Pull out the nails and take off the shingles.
  7. Using a compass, outline the hole for the vent onto the roof sheath.
  8. Use the reciprocating saw to cut a hole in the roof.
  9. Take off the shingles around the opening of the vent.
  10. Put roofing cement on the sides of the hole.
  11. Put the roof vent on the hole and screw the flashing to the roof.
  12. Put additional caulking near the flashing.
  13. Change the roof coverings with one and a half-inch nails around the vent.

Final Words

Finally, you have a better understanding of what solar attic fans are and how to install them. You can save money when you decide to install solar attic fans. You need to follow the installation steps to ensure that you put them correctly and benefit from energy savings.

ByDonna Vanpelt

Comprehensive FAQs on Solar Power

Have some questions about solar? Here are some frequently-asked inquiries:

1. Will the solar energy system protect me from grid outages?

Not all the time. Especially during grid maintenance, your panels need to be shut down to protect electricians. It’s the reason why you should have a battery included in your solar power system for a continuous electric flow at home or in commercial spaces.

2. Why do fewer people use battery packs?

They aren’t as available and affordable, unlike other solar energy system components. It’s also worth considering when you go for solar energy system packages as they include battery packs in them.

3. Is there a constant need to replace solar panels?

Only for maintenance, but it’s a rare occasion. Most panels last up to fifty years. Also, they are only replaced when external forces damage them.

4. Will solar panels damage the roof?

Not at all. If the quality is excellent, your roof should hold the panels fine with less damage to the shingles or trusses.

ByDonna Vanpelt

Solar 101: The Quickest Guide on Going Solar

What does it mean to go solar? This comprehensive guide can tell you more about solar panels. It’ll weigh on solar power pros and cons, as well as other useful information about solar energy.

What is Solar PV?

Photovoltaics (PV or solar electric) is the technology behind solar power. It’s the module system inside every panel that converts sunlight into electricity.

What’s Inside Every Solar Panel?

Solar panels are made of conductive silicon modules that produce electricity when exposed to light. They have a positive and negative layer that creates an electric field like a battery. Once sunlight hits these modules, it converts the energy to DC and flows it to the inverter. Then, the inverter converts DC to AC which is now usable for power consumption.

Why is Solar Power Right for You? What are its Drawbacks?

Solar installation is safe. It undergoes full quality inspections and testing before use. Also, only a qualified and expert technician can do the process. Its renewable, low-cost energy production gives you leverage on electric power, with only its upfront costs and space consumption as its drawback. Solar power isn’t also a good option in areas with low sunlight and places with frequent weather changes.

ByDonna Vanpelt

How Much Can You Save on Solar Power?

Everyone knows that solar energy is the power source of the future, but do you know it is also an excellent saving on your bills? The big question is, how much does solar power save?

Based on the Solar Industry Energy Association (SIEA) statement, there are a million homes in the US now using solar power in 2016. The number of households using solar power is even growing in numbers this year. There will be four million homes in three years that’ll use solar energy as their power source.

What Makes it an Affordable and Cost-Effective Power Source?

Solar panel systems cost around $15K to install, but it delivers measurable and controllable energy within your budget. It means you only need to spend one time and save up from detaching yourself from the grid with lesser power to support your appliances and electronics.

Plus, electricity costs are rising every year. So, having an alternative energy source to power your home can offset electric bills by more than 30%. Also, solar power can increase property value and store some electricity that you don’t use or when you’re away from home.

If you want to know more about how you can save electricity costs with solar power, feel free to connect with us through our contact lines today.