Turnkey Solution Hybrid Inverter Compatible Battery Module ESS Equipment | Perfect for EV Supercharging Stations

Executive Overview

This Hybrid Inverter Compatible Battery Module represents a paradigm shift in commercial and industrial (C&I) energy storage, engineered specifically for high-throughput environments like EV supercharging stations and industrial parks. As a turnkey PV-Storage-Charging solution, this system integrates seamlessly with existing solar canopies and grid infrastructure to deliver unparalleled energy independence and peak shaving ROI. Backed by a robust 10-Year Performance Warranty and comprehensive local O&M support, our solution is designed to de-risk your project from day one, ensuring bankability and operational continuity.

Competitive Edge: Lower LCOE & Maximum ROI

Our analysis indicates that the Hybrid Inverter Compatible Battery Module achieves a significantly lower Levelized Cost of Energy (LCOE) compared to traditional diesel gensets and competing BESS units. By utilizing Tier-1 LFP cells and an advanced liquid cooling system, this cabinet maintains optimal thermal conditions, ensuring high cycle life and minimal capacity degradation. The integrated Active BMS and EMS dispatch capabilities allow for precise peak shaving and demand response, effectively reducing energy bills by up to 30% for high-load facilities. For project developers and EPCs, this translates to a superior ROI profile and accelerated payback periods.

Product Overview & Safety Architecture

Safety is paramount in C&I energy storage. The Hybrid Inverter Compatible Battery Module features a multi-level safety architecture, including advanced BMS with active cell equalization, real-time temperature monitoring, and a highly reliable fire suppression system. The robust IP65-rated enclosure ensures resilience against dust and water ingress, making it suitable for harsh outdoor environments. Our design philosophy emphasizes redundancy and fail-safe mechanisms to protect both the asset and the surrounding infrastructure. By choosing this system, you are investing in a highly secure ESS cabinet that meets the most stringent international safety standards, offering peace of mind for integrators and end-users alike.

Technical Specifications

Below are the verified parameters for the Hybrid Inverter Compatible Battery Module. Please note that specifications are subject to configuration; contact our technical sales team for project-specific sizing.

Technical Feature	Specification
Battery Chemistry	Tier-1 LFP (LiFePO4)
Cooling / Thermal Control	Smart Liquid Cooling with Active Thermal Management
Usable Capacity	100kWh / 200kWh (Customizable)
System Voltage	600V – 800V DC
Round-trip Efficiency	≥ 92%
Cycle Life (80% DoD)	≥ 8,000 cycles
IP Rating	IP65 (NEMA 4)
Fire Suppression	Aerosol / Gas-based Fire Suppression System
Communication	Modbus TCP, CAN Bus, RS485
Operation Temperature	-20°C to +55°C (Derated above 50°C)
Warranty	10-Year Performance Warranty

Application Scenarios

EV Supercharging Stations

This ESS cabinet is the ideal backbone for EV supercharging infrastructure, providing the necessary power buffering to handle high-power charging events without straining the grid. The Hybrid Inverter Compatible Battery Module ensures seamless transition between on-grid and off-grid states, enabling stable operation and reducing demand charges significantly.

Industrial Parks & Micro-grids

Designed for scalability and modular expansion, this system supports parallel connection to meet growing energy demands. It is perfectly suited for industrial parks, factory yards, and micro-grid projects requiring reliable backup power and grid support services.

Global Supply Chain & Delivery Assurance

We leverage our position as a leading global supplier to offer wholesale supply with global shipping availability. Our logistics network ensures that the Hybrid Inverter Compatible Battery Module is packaged for sea freight security, guaranteeing delivery to project sites worldwide. We support our B2B partners with professional logistics support, factory direct verification, and a dedicated project management team to ensure milestones are met. Our 10-Year Performance Warranty is fully backed by our local O&M network, providing rapid response and service support wherever you deploy.

Frequently Asked Questions

What is the typical lead time for bulk orders?

Lead times are typically 60-90 days depending on order volume and configuration. We offer flexible MOQs to accommodate both trial orders and large-scale project rollouts. Our team provides a clear timeline during the procurement phase to ensure alignment with your project schedule.

How does the liquid cooling system improve cycle life?

Liquid cooling maintains a consistent cell temperature, which is critical for preventing thermal runaway and reducing degradation. By keeping the operating temperature within the optimal range, our Hybrid Inverter Compatible Battery Module achieves higher cycle life and better performance retention over the 10-year warranty period, ensuring a lower total cost of ownership.

Can this system be integrated with existing PV and diesel generators?

Yes, it is designed as a turnkey PV-Storage-Charging solution. The built-in EMS supports integration with solar PV systems and can be configured to work alongside diesel generators as a backup, enabling seamless micro-grid operations and maximizing renewable energy utilization.

What certifications does the product hold?

The Hybrid Inverter Compatible Battery Module is designed to meet UL 9540, IEC 62619, and other international standards. Full certification documentation and compliance reports are available upon request, ensuring project bankability and compliance with local regulations.

What local O&M support is available after deployment?

We provide comprehensive local O&M support through our global network of certified service partners. This includes remote monitoring via our EMS platform, scheduled preventative maintenance, and rapid on-site intervention for any performance or safety issues, ensuring your system operates at peak efficiency for its entire lifespan.