Solar Energy is Scalable

One of the most common forms of solar deployment is on individual homes, where homeowners install solar panels on their roofs. The size of the system will depend on the home’s energy needs, roof size, and budget. A typical family home might require anywhere from 5 kW to 10 kW of solar power to cover most of their energy consumption, though this varies depending on the number of people in the household, appliances used, and geographic location (since solar availability varies by region).

Commercial solar systems cater to a range of businesses, from small shops to large factories. The size of the system will be tailored to the energy consumption of the business, and the primary goal is to reduce energy costs, enhance sustainability, and potentially increase energy independence A small office building may only need a 10 kW to 30 kW system, while a large factory or hospital could require several hundred kW to even megawatts (MW) of power. These systems are designed to keep you cove

Solar systems are highly customizable. The energy demand of a business is often based on operating hours, the number of employees, and the type of equipment used. For instance, a factory with heavy machinery will have much higher energy consumption compared to a small retail store. The system will be designed to balance energy production and consumption, so businesses or residents can reduce reliance on the grid, especially during peak electricity pricing hours, and minimize their utility bills.

Shared solar farms are large-scale solar power installations owned by either a utility company, private developer, or cooperative, where multiple participants (businesses, residents, or municipalities) buy into the system. These farms are often situated in areas with optimal sunlight and available land, making them more efficient and cost-effective than individual installations. Participants purchase a "share" or a portion of the energy produced by the solar farm rather than owning a system. 

No Need for Roof Space, one of the biggest advantages of community solar is that businesses do not need to have space for solar panels on their own property. This is especially beneficial for businesses in urban or densely populated areas with limited roof space or shading issues that prevent efficient solar energy production. Instead of investing in solar panel installation (which can require significant upfront capital), businesses can simply purchase energy credits from the shared farm.

By participating in a community solar program, businesses, homeowners, and other participants help reduce the demand for electricity from fossil fuel sources like coal, oil, or natural gas. In essence, every kilowatt-hour (kWh) of solar energy produced is a kWh not generated by burning fossil fuels. For example, 1 MWh of solar energy can offset approximately 1,000 kg of CO₂ emissions, depending on the energy mix of the local grid.

Solar canopies are structures that are mounted above crops to generate solar energy while simultaneously providing shade. This is particularly useful for crops that need some protection from the sun's harsh rays. Solar canopies can be installed over orchards, vegetable fields, or vineyards to prevent excessive heat exposure, which can damage plants.

Electricity generated from solar panels can also be used to power barns, storage facilities, and other essential farm operations. The renewable energy produced can help power refrigeration units, lighting, and other necessary equipment needed for preserving the farm’s produce.

In some regions, farmers can sell excess solar energy back to the grid through net metering programs. This allows them to offset initial installation costs and generate additional income, especially if the farm generates more power than needed. By integrating solar energy into their operations, farmers can not only save on energy costs but also gain a source of income through the sale of renewable energy, contributing to both environmental and economic sustainability.