1 MW Solar Power System for Businesses Consuming 110–125 MWh per Month
A solution for large businesses with substantial daytime electricity demand, providing greater energy independence and savings of up to UAH 12.68 million per year. Available in grid-tied or hybrid configurations with battery storage. Designed to operate for 25+ years.
- Estimated Payback: Approximately 1.8 Years
- Annual Electricity Generation of Up to 1,300,000 kWh
- Up to 2.08 MWh of Battery Storage in the Hybrid Configuration
- Turnkey Installation in 5–6 Months
- Equipment Warranties of Up to 25 Years
1 MW Solar Power System — A Ready-to-Install Solution for Large Businesses
A 1 MW solar power system is designed for businesses with substantial daytime electricity demand. The grid-tied configuration combines a 1,004.4 kWp solar array with 900 kW of inverter capacity, while the hybrid configuration combines a 1,001.92 kWp solar array with 1,000 kW of inverter capacity.
The solution is available in grid-tied or hybrid configurations. The hybrid version includes a 2,080 kWh battery storage system with 1,872 kWh of usable capacity and provides backup power during grid outages.
Specifications
Up to 1,004.4 kW
Up to 1,300,000 kWh
4,293 m²
1,620 Panels × 620 W
Grid-Tied or Hybrid
25+ Years
25-Year Performance Warranty
Depends on Configuration
Estimated Cost
1 MW Grid-Tied Solar Power System
A conventional solar power solution designed to reduce electricity costs.
The final cost depends on equipment selection, installation complexity, and system configuration.
1 MW Hybrid Solar Power System + 2.08 MWh Battery Storage
Battery storage for backup power and energy management.
The final cost depends on the battery storage configuration, equipment selection, installation complexity, and backup power requirements.
How Much Can You Save with a 1 MW Solar Power System?
A grid-tied solar power system reduces electricity costs by replacing grid electricity with power generated on-site. Under the typical scenario used here, the business consumes around 117,500 kWh per month, while the 1 MW solar power system generates approximately 1,057,012 kWh per year, covering around 75% of annual consumption. For the hybrid configuration, the financial benefits are calculated individually based on how the battery storage system is used.
117,500 kWh × 12 Months × UAH 12
1,410,000 kWh Annual Electricity Consumption
Generation: ≈1,057,012 kWh/Year × UAH 12
Remaining Grid Consumption: ≈352,988 kWh/Year (≈UAH 4,235,856/Year)
Payback and Savings
UAH 22,550,312 / UAH 12,684,144 = ≈1.8 Years
UAH 12,684,144 × 20 = UAH 253,682,880
An on-site solar power system reduces the amount of electricity your business buys from the grid and limits the impact of future tariff increases on operating costs.
A 1 MW Solar Power System for Businesses Consuming 110–125 MWh per Month
This solution is designed for large commercial and industrial facilities with high daytime electricity demand and sufficient space for a solar power system.
Suitable for:
Production lines, machinery, compressors, and engineering systems create high daytime electricity demand.
Warehouse equipment, conveyors, refrigeration systems, and lighting account for substantial daytime consumption.
Grain elevators, processing equipment, ventilation, pumps, and refrigeration systems require large amounts of electricity.
Refrigeration systems, production lines, ventilation, and other process equipment operate throughout the working day.
Air conditioning, ventilation, refrigeration equipment, and lighting create consistent daytime electricity demand.
Engineering systems and equipment create consistent demand that aligns well with the solar generation profile.
What’s Included in the 1 MW Solar Power System?
The complete system includes equipment for generating and converting electricity and, in the hybrid configuration, storing and managing energy.
Warranties
25-Year Performance Warranty, with No More Than 15% Degradation
10 Years
5 Years
Up to 10 Years
10 Years
2 Years
From Initial Concept to Commissioning in 5–6 Months
You get a complete system without having to coordinate documents, suppliers, and contractors. One provider takes full responsibility for the entire project.
What we do:
- Engineer’s site visit (free of charge)
- Analysis of electricity consumption and site conditions
- Assessment of potential savings
What you get:
A technical assessment and preliminary cost estimate
What we do:
- Detailed system design
- Equipment selection to match your budget
- Payback and ROI calculation
What you get:
A complete proposal with pricing, timelines, and warranties
What we do:
- Fixed-price EPC contract
- Work and payment schedule
- Agreed project start date
What you get:
Legal safeguards and clearly defined commitments
What we do:
- Equipment procurement and delivery
- Installation of mounting structures and solar panels
- Connection of inverters and protection equipment
- Monitoring system setup
What you get:
A complete system with signed completion certificates
What we do:
- Connection to the facility’s electrical system
- Testing and commissioning
- Training for your staff
What you get:
A fully operational system, instructions, and access to monitoring
Estimated Financial Performance of a 1 MW Grid-Tied Solar Power System
| Metric | Before Solar | After Solar | Savings |
|---|---|---|---|
| Monthly Electricity Consumption | 117,500 kWh | 117,500 kWh | — |
| Monthly Solar Generation | — | ≈88,084 kWh | — |
| Monthly Grid Electricity Consumption | 117,500 kWh | ≈29,416 kWh | ≈88,084 kWh |
| Monthly Electricity Costs | UAH 1,410,000 | ≈UAH 352,988 | ≈UAH 1,057,012 |
| Annual Electricity Costs | UAH 16,920,000 | ≈UAH 4,235,856 | ≈UAH 12,684,144 |
This estimate is based on typical monthly electricity consumption of 117,500 kWh, a tariff of UAH 12/kWh, and the assumption that the electricity generated is used on-site. Actual savings depend on the hourly consumption profile and the share of solar power used directly by the business.
-
System Cost:
From UAH 22,550,312
-
Payback Period:
Approximately 1.8 Years
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Savings Over 20 Years:
≈UAH 253,682,880
Under the typical scenario shown above, a 1 MW grid-tied solar power system can generate approximately 1,057,012 kWh per year and cover around 75% of the business’s annual electricity consumption. The estimated payback period is approximately 1.8 years.
