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When it comes to making the switch to solar energy, you’ll be able to make a more informed decision with the right guide on your side. Here at Meraki Solar, learning how solar energy works starts by taking the time to understand your system, and we’re here to help you every step of the way.
When you install solar panels on your home, you have the potential to save big on your monthly utility bill. The amount you save, however, will vary depending on how much electricity your home uses, how big your solar panel system is, how much sun your panels receive, and more.
Every kilowatt of solar power your panels produce can help reduce greenhouse gas emissions and other dangerous pollutants. Solar panels can also reduce water consumption and may help reverse the damage already done to our planet.
Thanks to federal solar tax credits, homeowners may be eligible to receive a reduction of income taxes when they choose to install solar panels. This tax credit may vary by state, but qualifying homeowners can reap the benefits of solar for their homes and bank accounts.
Solar panels may seem complicated at first, but in reality, the process of understanding how solar panels generate electricity is rather simple! When you install solar panels on your home, the panels absorb solar electricity and then convert that energy into power for your home.
Photovoltaic cells (PV cells), or solar cells, capture solar power and transport it to your system’s inverter. There, the energy is converted from direct current (DC) electricity into useable, alternating current (AC) electricity.
Once that process is complete, your electricity can be used by your home. Unused or overproduced power is sent out into your communities electricity grid, managed by your local electric company.
When your solar panels produce energy, the direction of the electricity may vary depending on your specific installation setup. However, the most cost-efficient and reliable option is to connect your system to the power grid.
If you prefer to stick to the basics, connecting to the solar grid is the tried and true method of producing, using, and recycling your unused solar electricity. On-grid solar means that your solar panels are not the only source of electricity for your home. When you’re on the grid, your electric company can still supplement your power needs should your use exceed the energy your panels produce.
Your AC electricity flows to your home’s electric panel and into your home for use. The excess electricity you produce is sent to the grid to be used by your community. Using this path in accordance with the net metering process can give you a deduction on your utility bill and may result in a refund for your surplus electricity.
A single solar panel is made up of thousands of tiny PV (photovoltaic) cells. These minute cells work to create electricity that is transferred into DC energy. While they don’t produce electricity themselves, they are one of the most crucial pieces of the solar production process.
An efficient PV solar cell is measured by how much renewable energy it produces from the sun’s energy each day. That said, the amount of electricity each solar cell can produce depends on the quality of light they receive each day. Before installing solar panels, discuss location options with your team.
Once your PV cells have done their work, their concentrated solar power becomes DC electricity, which then moves to the inverter to be converted to AC electricity. This AC power is what you can use in your home to use any items you plug into an electrical outlet.
The solar inverter is usually installed as close to the solar panels as possible, while also maintaining close proximity to your main fuse box.
A single solar panel is made up of thousands of tiny PV (photovoltaic) cells. These minute cells work to create electricity that is transferred into DC energy. While they don’t produce electricity themselves, they are one of the most crucial pieces of the solar production process.
An efficient PV solar cell is measured by how much renewable energy it produces from the sun’s energy each day. That said, the amount of electricity each solar cell can produce depends on the quality of light they receive each day. Before installing solar panels, discuss location options with your team.
The net metering process takes the solar energy you don’t need and directs it back to your local power grid. Many power companies offer homeowners money back on their overproduced renewable energy production, which means you could save more money each month on your electric bill if you need to use power from the grid at certain times of the year.
Additionally, if your solar panels don’t produce enough power on a rainy day to sustain your usage, your home can draw in more power from the grid to give you all the electricity you and your family need! This relationship is a win-win for homeowners, ensuring that you’re power needs are covered.
The amount of electricity it will take to power your home will vary depending on the size of your home, the time of year, and your family’s habits. When your solar energy team is designing your solar panel system, it’s vital that you’re thorough in the information you provide so that your system can produce enough electricity for your home.
When you install our zero-down solar system to your home, you may save money on your electric bill and protect yourself against any potential rate increases. However, the amount you will save and how quickly you can save it will vary depending on your region, the number of panels you install, and your energy usage.
The system your utility company uses to credit back your solar energy is called net metering. With this, you will only be responsible for paying for the electricity you use beyond your solar production. These policies will vary by state, so it’s a good idea to consult your solar energy consultant or research your specific area to ensure you have clear, accurate information.
The solar panels we use here at Meraki Solar are incredibly durable and designed to withstand all weather conditions. However, some components of your solar system may need to be replaced over time to ensure your system continues generating electricity.