Reduce Industrial Energy Costs
With Solar
Engineered solar solutions for factories, manufacturing facilities, warehouses and large industrial properties.
Reduce dependence on grid electricity, make productive use of available land or rooftop space, and build a long-term energy strategy with a solar system designed around your facility's requirements.
Industrial Engineering Spec
- 11kV / 33kV HT Grid Synchronization
- Reverse Power Relay & Zero Export Integration
- HDG Wind-Rated Structure (Up to 180 km/h)
- SCADA Remote Performance Monitoring
- Levelized Cost of Energy (LCOE) Sizing
YOUR ENERGY COST IS A MAJOR OPERATING COST
What Could Solar Do for Your Facility?
For energy-intensive industries, electricity is more than a monthly bill. It is a significant operating expense that directly affects production costs and business margins. A properly designed industrial solar system can help reduce grid electricity purchases while generating power on-site.
Reduce Energy Costs
Generate a portion of your facility's electricity from solar and reduce grid power purchases.
Improve Cost Predictability
Solar helps manage long-term electricity expenses and reduce exposure to changing grid tariffs.
Utilize Large Roofs & Land
Evaluate factory rooftops or open land areas for MW-capacity solar installations.
Build Long-Term Energy Value
A well-designed installation generates electricity for 25+ years, securing low operational LCOE.
Support Sustainability Goals
Generate cleaner electricity and strengthen your organization's environmental initiatives.
Zero Export Integration
Safely prevent excess energy export to grid where DISCOM restrictions apply.
INDUSTRIAL SOLAR SOLUTIONS
Solar Designed for Large Energy Requirements
Industrial Rooftop Solar
Use available factory, warehouse or industrial building rooftops to generate electricity without requiring additional land. Suitable for high daytime energy usage.
Large-Scale Solar Installations
For facilities requiring higher solar capacity, we evaluate larger installation opportunities based on available rooftop, land and electrical HT infrastructure.
Ground-Mounted Solar
Where suitable land is available, ground-mounted solar provides an alternative or additional option. We assess soil, shading, and HT connectivity.
ENGINEERING & SYSTEM DESIGN
Designed Around Your Facility
Industrial solar requires more than calculating panel counts. Our engineering assessment considers the complete energy and installation environment:
Energy Consumption
Analyze monthly kWh usage & peak demand KVA.
Load Profile
Operating schedules & daytime vs night load split.
Available Space
Rooftop sheet integrity, azimuth & ground contours.
Shading & Solar Exposure
Helioscope 3D shade simulation & solar irradiance.
Electrical Infrastructure
Transformer capacity, breaker rating & HT metering.
System Capacity
Optimal kW / MW sizing for technical & financial ROI.
Generation Estimate
PVsyst P50/P90 generation modeling.
Financial Sizing
IRR, NPV, & levelized cost of energy analysis.
INDUSTRIAL ENERGY ASSESSMENT
Start With Your Actual Energy Consumption
Facility Quick Input
Assessment Deliverables
- ✓ Recommended solar capacity (kW / MW)
- ✓ Annual P50/P90 kWh generation modeling
- ✓ Potential grid electricity bill offset
- ✓ Indicative project economics & IRR
- ✓ Detailed site engineering audit schedule
INDUSTRIAL SOLAR ROI
Look Beyond the Installation Cost
For an industrial project, the important question isn't simply "How much does solar cost?" It's "What can the investment deliver over its 25+ year operating life?"
Operating Life Economics
Solar Investment ➔ Solar Generation ➔ Grid Offset ➔ Electricity Savings ➔ Payback Period ➔ Long-Term Energy Value.
8 Step EPC Execution
MONITORING, PERFORMANCE & MAINTENANCE
Keep Your Solar Asset Performing
SCADA Remote Monitoring
Performance should be measured, not assumed. Real-time SCADA monitoring tracks kWh generation, inverter string status, performance ratio (PR), and automated fault alerts.
Industrial Solar AMC & Support
Regular inspection and preventive maintenance ensure maximum lifetime output: periodic panel cleaning, thermographic array scanning, breaker testing, and emergency fault response.