Reduce Cost Per Unit of Production
Electricity used during solar generation hours is produced on-site at a lower effective cost than grid supply.
Industrial Solar
Large-Scale Solar for Your Industry.
Industrial and factory solar planned around your load, roof or ground area and three-phase electrical setup. Reduce production costs with solar generation sized for your site.
- Free Site & Load Assessment
- Three-Phase Industrial Setups
- Roof & Ground-Mount Options
- Grid Approval & Documentation
Why go solar
Why Choose Industrial Solar?
Industrial premises run large loads across full working shifts. Solar sized to that pattern reduces the per-unit cost of production electricity.
Large Roof or Ground Area Used
Factory roofs and open ground within the site boundary can often support larger systems than residential or commercial rooftops.
Integration with Existing Electrical
The solar system is designed to connect properly to your existing industrial switchgear and metering, with correct protection in place.
Shift-Aligned Generation
Where production shifts run through daylight hours, solar generation aligns well with the period of highest consumption.
Phased Installation Possible
Large industrial systems can be designed and built in phases, matching capital availability while keeping the future expansion path open.
Proper Handover & After Support
Industrial installations come with a full handover covering the system layout, protection settings and monitoring. Post-installation queries are handled.
Estimate your savings
Solar Savings Calculator
A rough estimate based on your monthly electricity bill and available roof or ground area. Industrial loads vary significantly — a site assessment gives accurate figures.
Your Industrial Site Details
Estimates assume 4.5 peak sun hours/day and that industrial loads run primarily during daylight shifts. HT and LT industrial tariffs vary. A load profile and site survey gives precise figures for your unit.
Our work
Representative Industrial Installations
Typical industrial and factory solar scenes. These are representative examples, not named completed projects.
Factory Rooftop
Factory Roof Installation
Large rooftop system across a factory shed, sized to the daytime production shift load.
Ground-Mount
Open-Area Ground Array
Ground-mounted system on unused land within the factory boundary, connected to the industrial LT panel.
Phased Build
Multi-Phase Industrial System
First phase installed, with electrical design leaving capacity to expand in a later phase as production grows.
Shed array
Workshop roof fill
A factory shed used as the mounting surface, with the electrical tie-in planned at the LT panel.
Representative scenes only. These images are not photographs of named customer projects.
Customer voices
What Industry Owners Say
Feedback about the load assessment, industrial installation and commissioning process.
"The team studied our production shift hours before suggesting a system size. They did not just look at the roof — they looked at when the load actually runs. That made the proposal realistic."
"Integration with our existing LT panel was done correctly — protection relay settings, earthing and metering all checked. That technical attention is what matters in an industrial installation."
"The phased design was very sensible for us. We installed the first phase matching current production and the design already accounts for the next expansion. Good long-term thinking."
"We had questions about how the system would interact with our existing DG set. The team answered every technical question clearly before we committed. Confident decision."
Questions answered
Frequently Asked Questions
Common questions from industrial site owners and production managers before a solar enquiry.
That depends on your total load, the hours of operation and the roof or ground area available. Solar typically offsets a portion of daytime consumption rather than replacing the grid entirely for most industrial sites. The exact proportion is established through a load and site survey.
Solar with DG set integration requires anti-islanding protection and appropriate control logic so both sources do not run together without coordination. This is a technical design decision that is addressed during the site assessment.
Solar still generates from diffuse light on overcast days, though at reduced output. Annual savings estimates for Maharashtra account for the monsoon period. The grid remains the backup supply when solar output is low.
Yes, but the initial electrical design needs to plan for expansion from the start — inverter sizing, LT panel space, wiring routes and roof layout. A system designed without expansion in mind is more expensive to upgrade later.
Panels need periodic cleaning — in an industrial environment this may be more frequent due to dust from production. Inverter and connection checks at set intervals keep the system performing. Inverter monitoring displays allow daily output tracking.
Ready to start
Get a Free Quote for Your Industrial Site
Share your site location and a rough monthly electricity figure. We will visit, assess the load profile and roof area, and give you a recommendation suited to your production setup.