PV+Peak Shaving 100kW/225kWh ESS+120kW MPPT
DC Coupled
Maximizing ROI for C&I Energy Storage: The Ultimate PV + Peak Shaving Solution
Maximizing ROI for C&I Energy Storage: The Ultimate PV + Peak Shaving Solution
In the current energy landscape, businesses face a dual challenge: rising electricity costs and the urgent need for sustainable operations. Zenbatt’s latest PV + Peak Shaving ESS (Energy Storage System) offers a high-performance answer, combining cutting-edge MPPT technology with robust battery storage to turn energy consumption into a strategic asset.
The Zenbatt Advantage: 100kW/225kWh + 120kW MPPT
Our solution is engineered for versatility. By pairing a 100kW/225kWh grid-tied ESS with a high-efficiency 120kW MPPT, we provide a modular powerhouse designed for facilities with high daytime energy demands and available space for solar installation.
Our Story
Technical Specifications at a Glance
The Zenbatt PV+ESS solution is more than a battery; it is a financial instrument that mitigates energy risk and enhances profitability. For businesses with the physical space for solar arrays, this high-ROI system represents the fastest path to energy independence.
| Feature | Specification |
| Rated AC Output | 100kW (Scalable via Parallel Connection) |
| Storage Capacity | 225kWh LiFePO4 Battery System |
| MPPT Capacity | 120kW High-Efficiency DC/DC |
| Connection Type | Grid-Tied (On-Grid) with Export Control |
| Application | Industrial Parks, Commercial Buildings, Microgrids |
Trusted Excellence
What Sets Us Apart from Competitors
We pride ourselves on delivering top-notch products/services along with unmatched support. With years of experience in the industry, we have built a reputation for excellence and have become the go-to choice for customers who seek the best.
Lower Capex, Faster Payback
Leveraging Zenbatt’s cost-optimized MPPT controllers and affordable solar panel integration, the initial investment is significantly lower than traditional systems, dramatically shortening the payback period
Peak Shaving & Load Management
Reduce “demand charges” by discharging the battery during peak consumption hours, effectively flattening your facility’s power profile.
Arbitrage & Grid Interaction
Buy low, sell high. Store free solar energy or cheap off-peak grid power and sell it back to the utility during high-tariff periods—especially effective for evening peak windows
Seamless Scalability
The system supports multi-unit parallel operation. Whether you need 100kW or 1MW, our modular “stackable” approach ensures your infrastructure grows with your business.
Our Story
Principle Schematic Concept (Design Guide)
To create a high-quality visualization for your marketing materials, the diagram should focus on the flow of energy and the modularity of the system.
Our Story
Intelligent Operational Modes
1. Solar Self-Consumption: Prioritize free solar energy to power your loads.
2. Excess Energy Storage: Any surplus solar power generated during the day is stored in the 225kWh battery instead of being wasted.
3. Smart Grid Discharge: When electricity prices spike or the sun sets, the ESS takes over, providing power to the load or feeding the grid to generate revenue.
4. Backup Power: Ensure business continuity during grid instability.
Frequently Asked Questions
Find answers to commonly asked questions about our products and services.
1. What is the typical Return on Investment (ROI) period for this system?
With the current reduction in solar panel and Zenbatt MPPT manufacturing costs, most commercial installations see a payback period of 3 to 5 years. This timeline is accelerated by “Peak Shaving” (reducing high demand charges) and “Energy Arbitrage” (selling stored solar energy back to the grid during high-tariff evening windows).
2. Can I expand the system if my energy needs grow?
Absolutely. Our 100kW/225kWh + 120kW MPPT units are designed with a modular architecture. They support multi-unit parallel connection, allowing you to scale from a single 100kW system to a multi-megawatt (MW) microgrid solution without replacing your existing infrastructure.
3. How does the “Peak Shaving” function actually save me money?
Utility companies often charge commercial clients a “Demand Charge” based on their highest usage peak. Our ESS monitors your load in real-time; when consumption spikes, the battery discharges to “shave” that peak. This lowers your recorded maximum demand and significantly reduces your monthly utility bill.
4. Is this system capable of feeding energy back into the grid?
Yes. The system is a Grid-Tied (On-Grid) solution. It is designed to prioritize powering your local loads first. Any excess solar energy is stored in the batteries. Once the batteries are full, the system can automatically sell the surplus back to the grid, turning your rooftop or open space into a revenue stream.
5. What are the space and installation requirements?
This solution is ideal for industrial parks, factories, or warehouses with available roof or ground space for solar arrays. The ESS itself is housed in a compact, weather-resistant cabinet. Our team provides a site assessment to ensure your electrical switchgear is compatible with the 100kW grid-tie interface.
6. What is the lifespan of the battery system?
We utilize high-grade LiFePO4 (Lithium Iron Phosphate) technology, which is the gold standard for safety and longevity in C&I applications. The system is rated for over 6,000 cycles, meaning it will reliably perform daily charge/discharge cycles for 10–15 years while maintaining high efficiency.