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An on-grid solar system is a plant connected to the distribution grid that first matches the electricity it produces against the site's real-time consumption. This setup suits residential, commercial and industrial sites with clear daytime consumption. The core technical decision is how the DC/AC capacity ratio should be set based on the consumption profile, connection capacity, meter infrastructure, and roof or ground layout.
That decision is made alongside inverter selection, protection equipment, cable sizing and grid connection conditions. Once the technical picture is clear, project scope, the site-survey flow and the quotation process are finalized.
Meeting your net-metering target on site depends on how well the meter, DC/AC capacity, protection and connection decisions line up with each other.
This section was prepared to directly answer the service description, eligibility conditions and key technical decision points.
In an on-grid setup, the electricity produced first covers the site's real-time consumption. How any surplus energy is handled is evaluated against current connection and net-metering conditions.
On-grid systems suit residential, commercial and industrial sites with clear daytime consumption. A sound decision requires looking at the consumption curve, connection capacity and available site area together.
No, standard on-grid systems stop production during an outage as a protection safeguard. If certain loads need to keep running during an outage, a hybrid architecture must be planned separately.
Capacity isn't set by panel count alone; consumption data, meter infrastructure, grid connection limits and the available layout area are read together. The goal is to match production to consumption based on the site's actual usage conditions.