Ground-mounted grid-connected solar power plants have a number of advantages:

★ Compared to coal, thermal, and hydro generating, it contributes significantly to a cleaner and greener environment.
★ Over the course of its life, a photovoltaic power plant emits no carbon.
★ The power grid functions as a virtual battery.

Grid-Connected Power Plant Components

● Solar Panel
● Solar Inverter
● ACDB
● DCDB
● MC4 Connectors
● Wires/Cables/Cable Tie/Conduit Pipe
● Solar Mounting Structure Set
● Earthing/ Earthing Strip
● Lightning Arrestor
● Net-metering / Bi-directional Meter

Ground Mounted Grid Connected Solar Power Plant Points to Consider

1. The grid-connected ground-mounted solar plant will be run in accordance with the power company's policy.
2. Power Corporation shall perform ABT meter /Net metering in accordance with the power purchase agreement.
3. Power Corporation is responsible for supplying electricity to the grid.
4. Plant operation and maintenance must be controlled for 24 hours.

Moving from Ideation to Execution

The size of the project, the tilt of the modules, and site-specific technical specifications of cable lengths, locations, and capacities of inverters, LT & HT panels, among other project intricacies, are all determined by the design engineers involved in the project, as is the case with all solar installations. When the design and engineering team conducts a full analysis of the site, several design factors are taken into account.
When a ground mount project gets underway, it goes through a series of distinct phases that determine how quickly and efficiently the project is prepared for commissioning.

After the installation location has been selected and the user's power consumption demands have been determined, the solar EPC company that will be responsible for the entire installation conducts a full site study.

During the site visit, the project's design and engineering team take into account all of the site's characteristics, including the land's levelling requirements, to build the project's design. The optimal design is a harmonious blend of customer needs and site realities. The electrical components, modules, and physical structures, among other nitty-gritty aspects, are all used in the construction of a solar installation.

The engineering designs are then given over to the project team, who use labour and materials to complete the project and deliver it to the client within the agreed-upon time and cost parameters.

Regular cleaning of the panels, as well as checks on plant growth and the formation of shade barriers, are all little aspects that, if ignored, would reduce the solar plant's efficiency and, eventually, energy generation.