Header

Solar Farm

Solar farms are the easy manner of manufacturing safe, renewable, and domestically produced power for numerous years after construction.

Different types of solar farms
  • Ground Mounted: All the panels, structures, and inverters are mounted on the ground. This type of large farm ranges from 10MW to 200 MW.
  • Rooftop Solar Power Plant: Mostly all the panels, structures, and inverters are mounted on the roof. This type of small farm ranges from KW to MW.
  • Utility Scale Solar Power Plant: These are mostly ground-mounted and of high capacity. They can feed to the grid or make their own grid.
  • Solar Hybrid Power Plant: Hybrid means solar + wind power plant. It consists of both renewable energy sources, making it highly efficient. These farms range from KW to MW.
  • Battery Backup Solar Power Plant: These plants are used in remote locations where there is no other source of electricity. Due to the battery backup, the cost of the plant and maintenance is high.
  • Stand Alone Solar Plant: This type of plant is also called an off-grid plant.
  • Grid Connected PV System: These plants feed the power into the grid.
  • Micro Grid Solution: Also called DC grids, these are used to feed small areas.
Key Advantages Of solar Farming Are As Follows:
  • Components in solar farms don’t have any shifting parts, and the inverters are housed in sound-proofed boxing. Hence, there’s rarely any noise generated from solar farms.
  • May be built very near load facilities as they’re minimally disruptive to the neighbourhood environment. This reduces the transmission issue and improves the performance of panels by reducing line losses.
  • The most direct manner to lessen carbon emissions that contribute to global warming.
  • Besides generating renewable energy, solar farms feed surplus energy to the mains grid, thereby supplying clean power.
  • These farms are often built with cameras and safety fences to secure solar panels.
  • Solar farm installation does not increase flood risk. However, builders may use strong materials to prevent soil compaction during the development of solar farms.
Image 1

PV modules & Mounting structure

Image 2

Inverter

Image 3

Battery & BMS

Image 4

Transformer

Image 5

LV Switchboard

Image 6

PV Distribution Board

Image 6

Ring main Unit

Image 6

Containerized Switch Room

Image 6

Office Cabin

Expandable Chatbot
Chatbot Icon