240kWh rackable customized battery system
The 240 kWh Energy Storage System (ESS) stands as a powerful commercial energy storage solution, meticulously tailored to meet the dynamic demands of diverse industries. Comprising rackable battery units and Battery Control Units (BCUs), the system is ingeniously designed with modularity in mind, allowing seamless stacking of units to match varying energy requirements.
Crafted around 105Ah LiFePO4 cells, the heart of each battery unit thrives in a 2 parallel and 16 serial configuration, 51.2V nominal voltage and an individual capacity of 10.75 kWh. This inherent modularity facilitates a layered approach, where eleven of these units, along with one BCU, converge to create a 118.25 kWh battery system. This ingenious concept continues as two of these 118.25 kWh systems are parallel-connected, culminating in a 236.5 kWh total capacity.
Distinguished by its wide voltage range—operating between 492.8V and 633.6V—the ESS emerges as a high-voltage powerhouse, ideally suited for intricate energy infrastructure demands. The system’s normal current of 147A attests to its capability in managing substantial power fluctuations.
Beyond its impressive capacity, the 240 kWh ESS excels in applications where resilient energy storage is paramount. From demand charge optimization and load management to fortified grid stabilization and seamless renewable integration, its versatility underscores its adaptability to multifaceted commercial and industrial contexts.
This ESS stands as an embodiment of energy innovation, poised to redefine energy landscapes through its high capacity, advanced technology, and customizable design. With unwavering energy reserves and scalability, it empowers industries to navigate evolving energy needs while optimizing costs, enhancing operational efficiency, and championing sustainable energy practices.
Features
Simple Setup
Security and Dependability
Effortless Handling and Upkeep
Application Scenario
- Demand Charge Management:
The ESS strategically curbs peak energy usage, effectively reducing demand charges and optimizing cost management for commercial enterprises. - Robust Peak Shaving:
Employ the ESS to skillfully manage and minimize energy consumption during peak demand periods, resulting in substantial cost savings. - Resilient Microgrids:
The ESS becomes the cornerstone of microgrid installations, offering extended energy autonomy and seamless power supply during grid disruptions or off-grid scenarios. - Grid Stability Enabler:
Utilize the ESS’s wide voltage range to provide vital grid stability services, including frequency regulation, voltage support, and ancillary services. - Renewable Energy Integration:
The heightened capacity ensures consistent utilization of renewable energy, minimizing reliance on conventional power sources and promoting sustainability. - Emergency Backup Power:
In critical scenarios, the ESS emerges as a reliable backup power source, ensuring uninterrupted operations and safeguarding essential processes during grid outages. - Industrial Power Assurance:
Industries with energy-intensive processes benefit from stable and uninterrupted power supply, mitigating production downtime and associated losses. - Efficient EV Charging Solutions:
The ESS caters to multiple EV charging points, managing energy distribution and ensuring uninterrupted charging services, even during power disruptions. - Adaptable Commercial Usage:
From large-scale commercial complexes to bustling malls, the ESS optimizes energy usage, reduces costs, and reinforces sustainable energy practices. - Advanced Grid Services:
With its substantial capacity, the ESS contributes significantly to grid stability services, potentially generating additional revenue streams. - Dynamic Energy Management:
Leverage the system’s adaptability to manage energy price fluctuations, optimizing cost savings through strategic energy utilization. - Industries with High Demand:
Industries demanding substantial energy reserves, such as data centers, manufacturing plants, and healthcare facilities, find unwavering support in the ESS.
Product Advantage
- Higher Energy Capacity:
The 240 kWh ESS boasts a larger energy capacity, providing more substantial energy reserves for extended backup durations and higher energy demand applications. - Enhanced Energy Resilience:
With its increased capacity, the 240 kWh ESS offers prolonged backup power, ensuring uninterrupted operations during grid outages for extended periods. - Greater Application Versatility:
The higher capacity widens the range of potential applications, accommodating larger commercial facilities, industrial processes, and microgrid installations. - Extended Renewable Integration:
The heightened capacity allows for the storage of even more excess renewable energy, promoting longer-term reliance on clean energy sources. - Advanced Grid Services:
With its increased energy reserves, the 240 kWh ESS can offer even more significant grid stability services, potentially generating higher revenue from grid participation. - More Efficient Load Management:
The larger capacity enhances load shifting capabilities, optimizing energy consumption patterns for larger energy demands.
- Economies of Scale:
The cost per kWh of stored energy may become more favorable as the capacity increases, potentially offering improved economic viability. - Comprehensive Industrial Support:
Industries with substantial energy demands benefit from the 240 kWh ESS, ensuring stable power supply and minimizing production downtime. - Broader Commercial Reach:
Large commercial facilities seeking significant energy storage to optimize costs and ensure energy resilience find a fitting solution in the 240 kWh ESS. - High-Voltage Expertise:
The ESS’s wider voltage range allows for integration into diverse high-voltage energy infrastructure setups, catering to specialized requirements.
The 240 kWh ESS amplifies the advantages of its predecessor, offering businesses even more potent tools for energy optimization, cost reduction, and operational resilience. Its expanded capacity further underscores its ability to cater to larger-scale energy demands and diverse applications within the commercial and industrial sectors. - Scaling Possibilities:
As energy requirements grow, the 240 kWh ESS remains adaptable, accommodating future expansion with its higher energy reserves.
Product Specification
HV DC unit specifications
Electrical Capacity | 1000V 160A | Maximum Battery DC Voltage | 1000Vdc |
|---|---|---|---|
Maximum Current | 160A | Communication | CAN, RS485 optional |
Monitor | External linked, for all rack battery information display | Main switch | Yes |
Working power | 230Vac | Parallel function | Optional, need to define before place order |
Weight | 30kG | Dimensions (mm) | Standard 19' rack mounted, 446 x 245 x 587 |
Accessories | Cables and touch screen monitor |
Pack specifications
Capacity | 10.75kWh | Cell Amount | 32 pcs |
|---|---|---|---|
Cell Connection | 2P16S | Nominal Voltage | 51.2V |
Ah Value | 210Ah | Maximum Discharge Current | 0.7C |
Maximum Charge Current | 0.7C | BMS | High voltage BMS integrated |
Charge Method | CV/CC/CP | Protections | Yes |
Dimensions | W446mm D587mm H245mm | Weight | 85kg |
Model | Customized rack 240 | Nominal Energy | 236.5kWh |
Usable Energy | 225.2kWh | Battery Pack Amount | 22PCS(11S2P) |
Voltage | 563.2V | Voltage Working Range | 492.8V-633.6V |
Nominal Current | 147A | Racking Parallel | Yes (please define before placing order) |
HV DC unit | 2 | Monitor | Yes, external linked and installed |
Dimensions | 1015 X 615X 2427 mm |
