100 kW Solar Power System for Business: Greater Energy Independence and Savings of Up to UAH 1.29 Million per Year
A solution for businesses with consistent daytime electricity demand. Available in grid-tied or hybrid configurations and designed to generate electricity for over 25 years.
- Grid-Tied System Payback from 1.9 Years
- Annual Electricity Generation of Up to 130,000 kWh
- Backup Power During Grid Outages
- Turnkey Installation in as Little as 14 Days
- Equipment Warranties of Up to 25 Years
100 kW Solar Power System — A Ready-to-Install Solution for Small and Medium-Sized Businesses
This 100 kW solar power system is designed for businesses with consistent daytime electricity demand. The grid-tied configuration combines a 100.44 kWp solar array with a 100 kW inverter, while the hybrid configuration uses a 100.48 kWp solar array and an 80 kW inverter. The system can cover up to 70% of a business's electricity needs and reduce its exposure to grid tariff increases.
The system is available in grid-tied or hybrid configurations. The hybrid version also includes a 241.2 kWh battery storage system with 217.1 kWh of usable capacity.
Specifications
100 kW
Up to 130,000 kWh
429.3 m²
157 panels (620 W each)
Grid-Tied or Hybrid
25+ Years
25-Year Performance Warranty
10 Years
Estimated Cost
100 kW 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.
100 kW Hybrid Solar Power System + 241.2 kWh Battery Storage
A solar power system with battery storage to keep essential operations running during grid outages.
The final cost depends on equipment selection, installation complexity, and system configuration.
How Much Can You Save with a 100 kW Solar Power System?
A grid-tied solar power system reduces electricity costs by replacing grid electricity with power generated on-site. In a typical scenario, a business consumes around 12,800 kWh per month, while a 100 kW solar power system generates approximately 107,222 kWh per year — covering about 70% of its annual electricity consumption. For the hybrid configuration, financial benefits are calculated individually based on how the battery storage system is used.
12,800 kWh × 12 months × UAH 12
153,600 kWh Annual Electricity Consumption
Solar Generation: ~107,222 kWh/year × UAH 12
Remaining Grid Consumption: ~46,378 kWh/year
Payback and Long-Term Savings
UAH 2,383,615 / UAH 1,286,664 = from 1.9 years
UAH 1,286,664 × 20 = UAH 25,733,280
Electricity prices have increased by 180% over the past five years. Your solar power system generates electricity at a fixed cost throughout its service life.
100 kW Solar Power System — for Businesses Using 10–20 MWh During Daytime Each Month
This solution is well suited to small and medium-sized businesses with consistent daytime electricity demand and enough available space for solar panels.
Suitable for:
Lighting, ventilation, and refrigeration equipment account for much of the electricity used during daytime operations.
Grain storage facilities, farms, livestock operations, and greenhouses typically have high daytime electricity demand.
Machinery, production equipment, and ventilation systems typically operate during working hours, which align well with peak solar generation.
Pumps, compressors, lighting, and car wash equipment create a steady electricity demand throughout the day.
Refrigeration, air conditioning, and lighting drive electricity consumption during business hours.
Air conditioning, lighting, and office equipment account for most electricity consumption during the day.
What's Included in the 100 kW Solar Power System?
A complete solar power system is more than just panels on a roof. It is a carefully selected set of equipment for generating and converting electricity and, in the hybrid configuration, storing it for later use.
Warranties
25-Year Performance Warranty (Minimum 80% Output)
10 Years
5 Years
10 Years
From Idea to Commissioning: Your 100 kW Solar Power System in as Little as 14 Days
Get a complete, ready-to-use system without having to manage paperwork, suppliers, or multiple contractors. One contractor, full responsibility.
What We Do:
• Free On-Site Visit by an Engineer
• Analyze Electricity Consumption and Roof Conditions
• Estimate Potential Savings
What You Get:
A Technical Assessment and Preliminary Cost Estimate
What We Do:
• Develop a Detailed System Design
• Select Equipment to Match Your Budget
• Calculate the Payback Period
What You Get:
A Complete Commercial Proposal with Pricing, Timeline, and Warranty Details
What We Do:
• Sign a Fixed-Price EPC Contract
• Agree on the Work and Payment Schedule
• Confirm the Project Start Date
What You Get:
Clear Contractual Guarantees and Commitments
What We Do:
• Procure and Deliver the Equipment
• Install the Mounting Structures and Solar Panels
• Connect the Inverters and Protection Systems
• Set Up System Monitoring
What You Get:
A Fully Installed System with Completed Work Documentation
What We Do:
• Connect the System to Your Facility’s Electrical Network
• Test and Commission the System
• Train Your Staff
What You Get:
A Fully Operational Solar Power System, Operating Instructions, and Access to Monitoring
Estimated Financial Performance
| Metric | Before Solar | After Solar | Savings |
|---|---|---|---|
| Monthly Electricity Consumption | 12,800 kWh | 12,800 kWh | — |
| Monthly Solar Generation | — | ≈8,935 kWh | — |
| Monthly Grid Electricity Consumption | 12,800 kWh | ≈3,865 kWh | ≈8,935 kWh |
| Monthly Electricity Costs | UAH 153,600 | ≈UAH 46,378 | ≈UAH 107,222 |
| Annual Electricity Costs | UAH 1,843,200 | ≈UAH 556,536 | ≈UAH 1,286,664 |
This estimate is based on an electricity tariff of UAH 12/kWh. Actual generation and savings depend on the season, electricity consumption profile, tariff, and the share of solar power used on-site.
-
System Cost:
From UAH 2,383,615
-
Payback Period:
From Approximately 1.9 Years
-
Savings Over 20 Years:
≈ UAH 25,733,280
A 100 kW solar power system will fully cover this level of consumption and pay for itself in 2–3 years. After that, it will continue generating savings for another 20+ years.
