100kW 215kWh Liquid-Cooled Integrated Energy Storage Cabinet

Product Overview

The ESS1-100-215 liquid-cooled integrated energy storage cabinet is a high-performance compact energy solution built with an advanced all-in-one design concept. This 100kW/215kWh energy storage cabinet highly integrates battery system, BMS (Battery Management System), PCS (Power Conversion System), EMS (Energy Management System), and fire protection system into a single standard cabinet, realizing ultra-flexible deployment and rich functional applications. It is equipped with core functions including peak shaving and valley filling, demand charge management, dynamic capacity expansion, and power demand response, fully meeting diverse energy storage needs of commercial and industrial users, park operators, and energy service providers. The high-efficiency liquid cooling system ensures stable system operation in various environments while extending battery service life.

Core Project Challenges & Targeted Solutions

Challenge 1: Soaring Electricity Costs & Demand Charge Pressure for Small and Medium C&I Users

Small and medium commercial and industrial users face continuous rising electricity prices and high demand charge expenses, while traditional energy management methods cannot achieve flexible cost optimization, leading to excessive operating costs. Targeted Solution: Our 100kW/215kWh liquid-cooled energy storage cabinet realizes intelligent peak-valley arbitrage via the built-in EMS, charging during low-price valley periods and discharging during high-price peak periods, while accurately managing peak demand to avoid excess demand charges, reducing users' comprehensive electricity costs by 20%-30%.

Challenge 2: Limited Deployment Space for Urban C&I Sites

Most urban commercial buildings, small factories, and industrial parks have extremely limited available space, and traditional split-type energy storage systems have large footprint and strict environmental requirements, making deployment impossible in space-constrained sites. Targeted Solution: The ultra-compact all-in-one cabinet integrates all core systems into one standard cabinet, with a minimal footprint that can be flexibly deployed indoors, outdoors, or in narrow spaces without a dedicated equipment room, perfectly adapting to space-limited urban C&I sites.

Challenge 3: Complex Integration & High O&M Difficulty of Distributed Energy Storage

Traditional distributed energy storage requires separate integration of multiple subsystems, with complex on-site commissioning, high professional requirements for operation and maintenance, and high subsequent costs for small and medium users without professional teams. Targeted Solution: The fully integrated cabinet completes 100% factory pre-assembly and pre-commissioning, realizing true plug-and-play deployment without complex on-site integration work. The intelligent EMS supports remote real-time monitoring, fault warning, and one-click operation, greatly reducing O&M professional threshold and workload.

Challenge 4: Grid Capacity Constraints for Power-Expanding C&I Sites

Many C&I sites face grid capacity bottlenecks when expanding production or adding new electrical equipment, while traditional grid capacity expansion projects have long cycles and huge investment, unable to meet users' rapid capacity expansion needs. Targeted Solution: This integrated energy storage cabinet provides fast dynamic capacity expansion support, instantly supplementing power capacity during peak consumption periods, avoiding huge grid expansion investment and long cycles, and meeting users' rapid power demand growth at a low cost.

Technical Specifications

Key Advantages of the ESS1-100-215 Energy Storage Cabinet

Ultra-compact all-in-one design for space-limited scenarios: All core subsystems are integrated into one standard cabinet, with minimal footprint, flexible deployment, and no civil construction investment required.

High-efficiency liquid cooling for extended battery life: Closed liquid cooling system realizes precise temperature control of the battery pack, reducing in-pack temperature difference to ≤2℃, improving battery cycle life by over 30% compared with air cooling solutions.

Full-function integrated system for multi-scenario value realization: Supports peak shaving, demand management, dynamic capacity expansion, demand response, and backup power functions, helping users maximize the economic value of energy storage.

Plug-and-play deployment & intelligent O&M: Factory pre-commissioning eliminates on-site complex work, and remote intelligent monitoring reduces O&M workload and professional threshold, suitable for users without professional operation teams.

Target Application Scenarios

Electricity cost optimization and demand charge management for small and medium C&I users

Energy management and demand response for commercial buildings, office buildings and urban industrial parks

Dynamic capacity expansion for C&I sites with grid capacity constraints

Backup power supply for critical loads such as data centers, medical institutions and communication base stations

Self-consumption improvement for distributed rooftop photovoltaic systems

Grid auxiliary services including peak regulation and frequency regulation

Quality Assurance & Industry Qualifications

Our ESS1-100-215 integrated energy storage cabinet strictly complies with international safety and performance standards in the entire R&D and manufacturing process. It has passed ISO 9001 quality management system and ISO 45001 occupational health and safety management system certifications, and fully meets UL 1973 battery safety standards, UL 9540A thermal runaway fire protection standards, IEC 62619 lithium battery safety standards, and GB/T 36558 electrochemical energy storage system standards. Each product undergoes comprehensive performance testing, safety function verification, and 72-hour full-load continuous operation testing before delivery to ensure long-term safe and reliable operation.

Get Your Customized Solution Today

Whether you want to reduce your enterprise's electricity costs, solve grid capacity constraints, improve photovoltaic self-consumption rate, or participate in power demand response projects, we can provide customized liquid-cooled integrated energy storage solutions according to your actual electricity consumption characteristics, site conditions, and project goals.