Inglo Solar EPC

With more than 8 years of experience in power and renewable sector, we have given high quality solutions to customers that range from requirement understanding to practical field installations. With wide range of products manufactured inhouse starting from On grid inverters, Off grid inverters, autonomous solar pump control systems, autonomous solar street lights, solar charge controllers, till customized solar automated systems, etc., we play a key role in the exponentially growing solar market. And we are highly capable of delivering tailor made solutions for concentrating solar power.

In recent times, we proved that solar energy is the most beneficial power generation source for forward-thinking power consumers in India and overseas. We plan to drive development through providing our unique distributed solar power service to communities, residents, government infra, factories and varied commercial customers. We provide state of art turnkey solutions for small and large scale solar power generation.

What is EPC?

EPC stands for engineering, procurement & construction. It is a process followed by a sector to make a responsible for all the activities from design, procurement, construction, commissioning and handover of the project to the end-user or owner.

What does solar EPC mean?

EPC is more advanced in solar sector, since solar installation is a long-term investment. It includes

  Engineering Design


  Solar plant construction

  Engineering Design

This involves customer requirement analysis, site survey, weather monitoring, structure design, determination of power generation capability, equipment choice, engineering design, and 3D modeling of the solar power plant being suggested.


Solar EPC sector procure from local and global producers with machinery and components needed for solar PV plant, feering the customer from the trouble of finding the correct provider.

  Solar plant construction

The solar power plant construction activity involves mounting solar PV panels, accessories, on-grid / off-grid connectivity along with solar implementation to the client's existing power supply systems.


Total Capacity Commissioned
Total Capacity in Progress
11 GWh
Total Power Generated

Services we offer in solar power based systems

  Pile foundation.

  All types of fabrication works, control room/ inverter room installation and earthing solutions.

  Structural erection works for PV panels.

  PV panel mounting and string cabling.

  All electrical cabling and erection for AC and DC in Power Plant.

  Transformer erection.

  WBM and Asphalt road laying works on power plants.

  Lightening arrestor installations.

On Grid Inverter

Solar Panel – Solar Panels Convert Sunlight into clean green DC Electricity

On Grid Inverter – Inverter converts DC electricity into useable AC Electricity

Grid Support -Electricity is imported and exported with the grid. Customer will have net metering facility – new digital time of use

Net Meter – Consumption meter that measures how much power home uses and any excess power your solar power system feeds back to the grid. When the solar system generator excess electricity the excess electricity generated goes through the export meter and is sold back to your electricity retailer adding credit to your account. Subsidy and legals as per norms and regulation

Off Grid Inverter

An off-grid solar system (off-the-grid, standalone) is the obvious alternative to one that is on-grid. To ensure access to electricity at all times, off-grid solar systems require battery storage and a backup generator (if you live off-the-grid). Above all, a battery bank typically needs to be replaced after 6 years average.

Advantages of Off-Grid Solar Systems
No access to the grid and it is energy self-sufficient

Hybrid Inverter

A hybrid inverter or smart grid inverter is a trending generation of inverter. It is the combination of both on-grid and off-grid inverter. It first use the solar power, if the demand exceed the solar power, it impact power from grid. If the solar power exceeds the power demand, the excess power is used to charge the batteries. Moreover, if the batteries are fully charged the excess power can be feeded back into the grid.

Hybrid Inverters come in varying styles, ratings, functionalities and build qualities to suit different applications. Knowing the application is vital when selecting hybrid or inverter mode. The technology is being developed from two directions:

  Battery based Off-grid inverters being further developed for on-grid connection (sometimes also referred to as multi-mode inverters)

  Grid tie inverters being further developed for diverting energy to and from batteries