Forward-thinking businesses are leveraging commercial battery energy storage solutions to achieve unprecedented energy control, significant cost savings, and enhanced sustainability. Advanced battery energy storage systems (BESS) are transforming facility power management, shifting from passive consumption to proactive, intelligent energy asset optimization. The 100kW/215kWH integrated industrial and commercial energy storage system, with its integrated design, high performance, and flexible application scenarios, is an ideal choice for industrial and commercial energy solutions.
This system utilizes a fully integrated design consisting of lithium iron phosphate batteries (LiFePO4) + hybrid inverter + MPPT controller + generator interface, providing a one-stop solution for energy storage, conversion, and dispatch. The system integrates core components such as batteries, inverters, and control modules, reducing on-site installation complexity and space requirements, making it particularly suitable for rapid deployment in industrial and commercial scenarios such as factories and office buildings.
DEMUDA 215kWh Battery System
At the heart of this high-performance system lies a scalable 215kWh battery platform. This modular design of the 280Ah 768V 215kWh battery allows businesses to precisely tailor their energy storage capacity. The system can be seamlessly expanded by adding standardized 215kWh units, supporting up to 10 in parallel, from hundreds of kWh to multiple MWh. This ensures your investment meets current needs while accommodating future growth without overprovisioning.
Efficient Energy Storage and Release
✅Large-Capacity Energy Storage: The 215kWh rated capacity meets the daily energy storage needs of small and medium-sized industrial and commercial users. It can store both off-peak utility power and excess power from renewable energy sources like photovoltaics, enabling energy transfer across time and space.
✅High-Rate Charge and Discharge: Compatible with 100kW-class inverters, it can rapidly charge and discharge based on load demand, responding to power demands for scenarios like peak-valley arbitrage and load regulation, ensuring energy supply flexibility.
Safe Operation Guarantee
✅Intrinsically Safe: Utilizing lithium iron phosphate batteries, the system offers high chemical stability and a low risk of thermal runaway. Multiple built-in protection mechanisms, including overcharge, over-discharge, short circuit, and overtemperature, mitigate potential safety hazards.
✅System-Level Protection: Linked with the energy storage system's monitoring module, it monitors battery cell and module voltage, temperature, SOC (State of Charge), and other parameters in real time to ensure controllable operation. Long Life and Stable Maintenance
✅Excellent Cycle Life: The lithium iron phosphate battery boasts a cycle life of over 6,000 cycles (under deep charge and discharge conditions). Based on a single charge and discharge cycle per day, the service life can exceed 16 years, meeting the long-term, stable operation requirements of industrial and commercial applications.
✅Balance Management: The built-in Battery Management System (BMS) uses active balancing technology to optimize the status of each cell, preventing capacity degradation caused by cell inconsistencies and extending overall system life.
Adaptable Energy Scheduling for Multiple Scenarios
✅Peak-Valley Arbitrage Support: Combined with the inverter, charging during off-peak hours and discharging during peak hours helps businesses reduce electricity costs and improve energy efficiency.
✅Emergency Power Support: Serving as the energy storage core for backup power, it rapidly releases energy during utility power outages, ensuring continuous operation of critical equipment and minimizing downtime losses.
✅Renewable Energy Acquisition: Integrates with photovoltaic and other systems to store excess daytime power, increasing the proportion of clean energy self-consumption and reducing reliance on utility power.
DEMUDA 100kW Energy Storage Inverter
As the core device of industrial and commercial energy storage systems, the 100kW energy storage inverter plays a key role in power conversion, energy scheduling, and system control.
Efficient Energy Conversion and Bidirectional Flow
✅AC/DC Conversion: Enables efficient bidirectional conversion between DC (such as energy stored in lithium batteries) and AC (standard frequency and voltage for industrial/commercial use), with conversion efficiencies typically exceeding 95%, reducing energy loss.
✅Multi-Energy Access Adaptation: Supports connection to various energy sources, including photovoltaic arrays, utility power, and generators. It optimizes photovoltaic power collection through MPPT (Maximum Power Point Tracking) technology, increasing renewable energy utilization.
Intelligent Energy Management and Scheduling
✅Charge and Discharge Control: Automatically adjusts the energy storage system's charge and discharge strategy based on electricity price peaks and valleys, load demand, or photovoltaic power generation, achieving economical operation goals such as peak-valley arbitrage and load balancing.
✅Multi-Mode Operation: Supports seamless switching between on-grid and off-grid modes, enabling rapid transition to off-grid power supply in the event of a power outage to ensure continuous operation of critical loads. System Monitoring and
Safety Protection
✅Real-time Monitoring and Communication: Built-in data acquisition and communication modules enable real-time monitoring of parameters such as voltage, current, and power, supporting remote monitoring and maintenance.
✅Multiple Safety Protections: Features include overvoltage, overcurrent, short circuit, overtemperature, and islanding protection to prevent damage to the system and loads from equipment failures or grid anomalies.
Why choose DEMUDA's commercial and industrial battery energy storage system (BESS)?
Deploying a powerful 100kW or larger configuration equipped with 215kWh battery modules is an investment in system resiliency, efficiency, and sustainability. DEMUDA's engineering solutions offer:
✅Factory Capacity: Standardized production bases across multiple locations, totaling 35,000 square meters, with comprehensive quality control throughout the entire process, ensuring consistent supply and quality.
✅Pre-sales and After-sales Service: Customized pre-sales solutions and 24-hour after-sales support, including remote monitoring and maintenance, and regular follow-up visits, ensure a worry-free experience.
✅Expertise: With over 20 years of experience in the new energy sector, our leading BMS and EMS technologies enable precise battery management and intelligent energy scheduling.
✅Product Certifications: CE, RoHS, and other international certifications ensure compliance with global safety and environmental standards and reliable quality. Product Advantages: Lithium iron phosphate batteries are highly efficient and durable, with a long cycle life; modular design allows for flexible expansion; multiple safety features adapt to various scenarios; and an intelligent cloud platform enables remote monitoring and optimization, reducing costs and increasing efficiency.
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