Find Your Solar Solution
with Western Roofing

Solar panels over a home

We offer the premium solar installation experience


The old way of getting power is expensive and inefficient, while costs continue rising and our planet suffers as a result. Meanwhile, more and more homeowners are making the switch to solar energy.

Switching to solar shouldn't be complicated. Western Roofing is here to provide a simple and hassle-free solar installation experience, as we work to handle every detail of your switch to solar from start to finish.

We make switching to solar energy an easy process


The solar movement is happening one homeowner at a time, and Western Roofing is here to help with a comprehensive, hassle-free solar installation process!

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    Initial consultations

    Western Roofing will sit with you and discuss your power requirements, and what solar solutions are available for your home.

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    Beautifully designed

    Based on our discussions and inspections, the solar system we install will be designed to fit your unique home, energy needs, and budget.

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    Timely installations

    We'll promptly get your new panels grid-connected and producing energy for your home, ensuring maximum output and efficiency.

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    Sustainable energy

    Enjoy lowering your monthly bills and protecting yourself against rising utility rates. Plus, you'll be reducing your carbon footprint and fighting climate change.

How does solar energy work?


  1. Sunlight activates the panels

    Your solar panels are made up of silicon photovoltaic (PV) cells. When sunlight hits your solar panels, the solar PV cells absorb the sunlight's rays and electricity is produced via the Photovoltaic Effect.

  2. The electrical energy is converted

    This produces Direct Current (DC) electricity, which isn't suitable. Instead, it's directed to your central inverter (or micro inverter, depending on your system set up), and converted into Alternating Current (AC) electricity.

  3. The converted electricity powers your home

    From here, the AC electricity is directed to your switchboard. All households with solar are required to have a bi-directional meter (utility meter), which your electricity retailer will install for you. A bi-directional meter is able to record all the power that is drawn to the house, but also record the amount of solar energy that is exported back to the grid. This is called net-metering.

  4. A net meter measures usage

    Any unused solar electricity is then sent back to the grid. Exporting solar power back to the grid will earn you a credit on your electricity bill, called a feed-in tariff (FiT). Your electricity bills will then take into account the electricity you purchase from the grid, plus credits for the electricity generated by your solar power system that you don't use.

The Solar Installation Process

Installing solar panels doesnt happen overnight theres a process for what needs to happen to get your panels ready to begin powering your home. Overall, from the day you sign your contract, it will typically take between one and three months before your solar panels are grid-connected and producing energy for your home.
We will do a full site overview. Measure your annual total energy usage and put together a system that will provide as much electricity as the roof size and shape will allow for the number of panels. Many factors come into play when deciding on the system size. Things to consider are: power requirements of the home, roof type and size, angle of the roof, shading from trees or other structures, and roof location in regards to optimal direct sunlight from morning to night

How Solar Works

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1- Sunlight activates the panels: Your solar panels are made up of silicon photovoltaic (PV) cells. When sunlight hits your solar panels, the solar PV cells absorb the sunlights rays and electricity is produced via the Photovoltaic Effect. The electricity produced by your panels is called Direct Current (DC) electricity, and which is not suitable to be used in your home by your appliances. Instead, the DC electricity is directed to your central inverter (or micro inverter, depending on your system set up).

3- The electrical energy is converted: Your inverter is able to convert the DC electricity into Alternating Current (AC) electricity, which can be used in your home. From here, the AC electricity is directed to your switchboard.

5- A net meter measures usage: Any unused solar electricity is then sent back to the grid. Exporting solar power back to the grid will earn you a credit on your electricity bill, called a feed-in tariff (FiT). Your electricity bills will then take into account the electricity you purchase from the grid, plus credits for the electricity generated by your solar power system that you dont use.
2- The cells produce electrical current: Your inverter is able to convert the DC electricity into Alternating Current (AC) electricity, which can be used in your home. From here, the AC electricity is directed to your switchboard.

4- The converted electricity powers your home: All households with solar are required to have a bi-directional meter (utility meter), which your electricity retailer will install for you. A bi-directional meter is able to record all the power that is drawn to the house, but also record the amount of solar energy that is exported back to the grid. This is called net-metering.

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