Support Centre for Homeowners

Get ready to save money on your electric bill each month while also helping save the environment. Your family’s energy usage and the size of your solar energy system installed will determine the size of your savings.

The amount you save with a solar energy system depends on several factors. These include your current energy consumption, local electricity rates, system size, available sunlight, and any incentives or rebates. Generally, home solar panels can significantly reduce or even eliminate your electricity bills. Over time, the savings can accumulate as you generate your own clean energy. Our Partner installers will help you choose the right solar technology and can help estimate potential savings based on your specific circumstances.

Solar panels can be a worthwhile investment, especially in regions with abundant sunlight and favorable incentives. They offer numerous benefits, including cost savings on electricity bills, reduced environmental impact, and potential increases in property value. Solar panels typically pay for themselves over time through energy savings and potential government incentives, making them an attractive option for many homeowners and businesses interested in sustainable energy solutions and long-term financial benefits. The return on investment, however depends on factors like your energy consumption, location, available incentives, and long-term goals. That's why we recommend to conduct a thorough evaluation and consult with one of our solar professionals to determine the specific economic and environmental advantages for your situation.

The average payback period for a solar panel installation can vary based on factors such as location, system size, energy consumption, panel technology and available incentives. On average, payback periods range from 5 to 10 years. This means that after this period, the cumulative savings on energy bills typically offset the initial investment.

In single-phase, 10 microinverters can be connected. In a three-phase installation, up to 30 microinverters can be connected on a single 20A three phase circuit breaker. Larger systems can be constructed with multiple AC branch circuits.

Yes, AC modules can be installed on Delta grid arrangement with 230V between phases. No additional transformer equipment is required for typical LV connections. Alongside the microinverters that are supplied as part of the PV module, installers will need to purchase Q cables, cable accessories and the Envoy-S communications gateway.​ Contact your Sales Manager to access additional installer tools to learn more about site design and balance of system requirements. In addition to the AC module, what additional components are needed to complete the installation? In addition to the AC module, installers will need to purchase Q cables, cable accessories, and the Envoy-S communications gateway.​ Contact your Sales Manager to access additional installer tools to learn more about site design and balance of system requirements.

No, export limiting functionality is not yet compliant with RD 244/2019. Most installations with Enphase microinverters are residential scale (below 15kW) and are easily accepted without this compliance.​

Each microinverter is a single phase device. Three-phase installations are constructed with single phase microinverters distributed across the phases. The inverter will monitor power consumption at each phase using the CTs connected to the Envoy-S communications gateway, limiting grid export to the defined level, either on a per phase or aggregate basis as required.​In three-phase installations, can you divide surpluses by phases?