Description

Technical Parameters

Product Overview

The 100kWh High Voltage Rack-Mounted Lithium Battery System is an advanced commercial and industrial energy storage solution engineered for reliable power management, renewable energy integration, and critical backup applications. Developed and deployed across global energy storage projects, this system leverages years of field-proven engineering to deliver exceptional safety, efficiency, and scalability.

Built with high-performance LiFePO4 lithium battery technology, an intelligent Battery Management System (BMS), and a modular rack-mounted structure, the system is ideally suited for peak shaving, load shifting, solar microgrids, industrial power backup, and distributed energy management. Its high-voltage DC architecture improves round-trip energy conversion efficiency, reduces resistive system losses, and ensures seamless interoperability with standard Power Conversion Systems (PCS), hybrid inverters, and Energy Management Systems (EMS).

Backed by strict manufacturing quality control and compliance with international safety and transport regulations, our modular architecture allows flexible configuration, rapid installation, simplified maintenance, and seamless future capacity expansion for factories, commercial complexes, telecom hubs, and utility-scale microgrids.

Technical Specifications & Compliance Data

Designed, tested, and manufactured to meet stringent global standards with certified operational parameters:

Technical Parameter	Specification Metric
Product Name	100kWh High Voltage Rack-Mounted Lithium Battery System
Battery Chemistry	LiFePO4 (Lithium Iron Phosphate) Prismatic Cells
Rated Energy Capacity	100kWh
System Architecture	High Voltage DC System
Installation Type	Vertical Rack Mounted / Indoor Cabinet Enclosed
Enclosure Protection Rating	IP20 / IP54 (Optional for outdoor/containerized deployments)
Operating Temperature Range	Charging: 0 degrees C to 55 degrees C
Cycle Life	>= 6000 Cycles (at 25 degrees C, 80% Depth of Discharge)
Depth of Discharge (DOD)	Up to 90% DOD
Communication Interface	CAN 2.0 / RS485 / Modbus RTU/TCP
Battery Management System	Intelligent Multi-Level BMS with Active Thermal Control
Safety & Grid Compliance	IEC 62619, UL 1973, CE-LVD
Transportation & Quality	UN38.3, RoHS, ISO Quality Management Certified
System Compatibility	Industrial PCS / Commercial Hybrid Inverters / Site EMS

Key Features

High Voltage Battery Architecture for Improved Efficiency
The high-voltage battery design enables efficient energy transmission with significantly lower operating current compared to traditional low-voltage battery systems. By reducing current flow during charge and discharge cycles, the system minimizes thermal cable losses, maximizes round-trip efficiency, and ensures optimal compatibility with high-power industrial PCS units.

100kWh Large-Capacity Energy Storage
With a rated energy capacity of 100kWh, this modular system provides robust power storage for commercial and industrial applications requiring a stable, continuous energy supply. It empowers facility managers and project developers to optimize electricity consumption curves, mitigate peak demand tariffs, and maximize self-consumption of generated solar power.

Modular Rack-Mounted Design & Field Deployment
Engineered for practical deployment, the rack-mounted modular structure simplifies logistics, system integration, and on-site expansion. Field technicians benefit from independently monitored battery modules that streamline maintenance without requiring full-system shutdowns.

Advanced LiFePO4 Battery Technology
Utilizing premium-grade Lithium Iron Phosphate prismatic cells, the system delivers exceptional thermal stability, chemical safety, and longevity. It is engineered to withstand demanding operational cycles while maintaining minimal capacity degradation over time.

Intelligent Battery Management System (BMS)
The multi-level intelligent BMS provides comprehensive, real-time supervision across individual cell blocks and the overall system rack to safeguard against operational anomalies through multi-point temperature tracking, dynamic state calculations, and robust over-voltage, under-voltage, over-current, and short-circuit protection mechanisms.

Smart Communication and System Integration
Supporting standard industrial communication protocols such as CAN, RS485, and Modbus, the system integrates fluidly with third-party power electronics, commercial hybrid inverters, and site energy management systems.

Comprehensive Safety & Environmental Protection
Safety is paramount in commercial installations. This system features an integrated, defense-in-depth safety concept extending from high-stability LiFePO4 prismatic cell chemistry and hardware/software electrical isolation to active temperature regulation and robust mechanical enclosures.

Proven Long-Term Performance & Warranty Backing
Optimized through precision thermal management and smart BMS current regulation, the system guarantees consistent power output, lowers operations and maintenance expenditures, and ensures a high return on investment backed by a comprehensive performance warranty.

Application Areas

Commercial Energy Management: Office buildings, shopping centers, and business parks utilizing peak shaving and load shifting to cut utility demand charges.

Industrial Power Optimization: Manufacturing plants and heavy industrial facilities requiring power quality stabilization and emergency load support.

Solar Plus Storage Systems: Capturing surplus daytime photovoltaic generation for shifting into peak evening demand windows.

Microgrid and Distributed Networks: Off-grid communities, remote industrial sites, and resilient distributed energy networks.

Critical Backup Infrastructure: Uninterruptible power support for data centers, telecom transmission towers, and essential infrastructure.

Why Choose Our Energy Storage Solutions

Proven Industry Experience: Successfully deployed across commercial microgrid, solar integration, and industrial peak-shaving installations globally, backed by verified field performance data.

Advanced Manufacturing Capability: Certified production lines guaranteeing consistent product quality, strict safety screening, and stable export fulfillment.

Customized Engineering Solutions: Comprehensive customization capabilities supporting tailored voltage ranges, enclosure sizing, specific inverter protocols, and turnkey project integration.

Global Support: Dedicated technical and commercial support teams assisting international distributors, system integrators, EPC contractors, and project developers from conception to deployment.

Frequently Asked Questions

Q: What are the primary applications for the 100kWh High Voltage Rack-Mounted System?

A: The system is tailored for commercial and industrial applications, including solar-plus-storage integration, peak shaving, microgrids, industrial backup power, and distributed energy management.

Q: What standards and safety certifications does the battery system carry?

A: Our systems are designed and tested to comply with major international safety standards, including IEC 62619, UL 1973, UN38.3, and CE-LVD, backed by strict manufacturing quality control and ISO standards.

Q: Why choose a high-voltage battery architecture over a low-voltage alternative?

A: High-voltage systems operate at lower current thresholds for equivalent power output. This directly reduces thermal cable losses, improves overall round-trip efficiency, simplifies wiring architecture, and optimizes compatibility with industrial-grade high-power PCS units.

Q: What type of battery cells are used inside the system?

A: The system utilizes high-grade LiFePO4 prismatic cells renowned for superior thermal runaway resistance, high safety ratings, and extended operational lifespans.

Q: What is the expected service lifespan and cycle performance?

A: Under proper operating conditions, the system delivers >= 6000 cycles. Actual lifespan is governed by ambient operating temperatures, depth of discharge profiles, and routine maintenance practices.

Q: Can the 100kWh capacity be expanded for larger energy requirements?

A: Yes. The modular rack-mounted structure supports parallel cluster expansion, allowing system integrators to scale up total storage capacity seamlessly as project demands grow.

Q: Is the system compatible with third-party solar hybrid inverters and PCS?

A: Yes. Through standard CAN, RS485, and Modbus communication protocols, the system integrates smoothly with most leading commercial PCS, hybrid inverters, and site Energy Management Systems.

Q: Do you offer custom specifications or OEM manufacturing?

A: Yes. We routinely support global EPCs and project developers with customized voltage layouts, enclosure dimensions, unique communication protocols, and private-label manufacturing.

Q: What safety layers are incorporated into the battery hardware?

A: Protection mechanisms include multi-level hardware and software monitoring for cell over-voltage, under-voltage, over-current, short-circuits, and over-temperature, managed dynamically by the integrated BMS.

Q: Who are the primary target clients for this product?

A: The system is engineered specifically for global energy storage system integrators, renewable energy developers, EPC contractors, industrial corporations, and commercial facility operators.