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200kWh 640V Rack Mount LiFePO4 Battery 314Ah Utility Storage Titan
Product Summary
200kWh 640V Rack Mount LiFePO4 Battery 314Ah Utility Storage Titan Utility-Scale Infrastructure & 640V Ultra-Voltage Topology Engineered to operate at the absolute apex of commercial energy storage, this 200kWh (640V 314Ah) rack-mounted mega-node bridges the critical gap between standard commercial ...
Basic Properties
Place of Origin:
China
Brand Name:
Voltertech
Certification:
MSDS
Model Number:
BAT-200KWH-640V-RM-Q-2
Trading Properties
Minimum Order Quantity:
1 Set
Price:
Negotiable
Payment Terms:
L/C,T/T,Western Union
Supply Ability:
5000 Units per Month
Product Description
200kWh 640V Rack Mount LiFePO4 Battery 314Ah Utility Storage Titan
Utility-Scale Infrastructure & 640V Ultra-Voltage Topology
Engineered to operate at the absolute apex of commercial energy storage, this 200kWh (640V 314Ah) rack-mounted mega-node bridges the critical gap between standard commercial operations and utility-scale power grids. By operating on a native 640V DC ultra-high voltage backbone, it eliminates the immense current bottlenecks found in lower-voltage arrays. This sovereign power block is explicitly designed to interface with massive Megawatt Power Conversion Systems (PCS), serving as the indestructible foundation for solar farms, heavy industrial manufacturing plants, and high-output EV supercharger networks.
- Containerized 2MWh+ BESS Readiness: Achieve unprecedented megawatt-hour density. System engineers can seamlessly array just ten of these 200kWh monolithic racks inside a standard 20-foot ISO container to instantly deploy a fully functional 2MWh grid-tied energy fortress.
- Heavy Industrial Peak Shaving: Discharges immense kinetic energy with flawless stability. Effortlessly absorbs the brutal inductive loads of heavy mining equipment, commercial HVAC chillers, and synchronized factory assembly lines without voltage sag.
- EV Supercharger Micro-Grids: The definitive buffer for high-speed electric vehicle charging hubs. Store cheap off-peak utility power and blast it into multiple 150kW+ DC fast chargers simultaneously, bypassing expensive municipal grid demand-charge penalties.
Megawatt-Class CapEx Compression & Grid Economics
The Problem: Amperage Bloat and Thermal Exhaustion in Megawatt Arrays Attempting to draw 200kW of continuous power from a standard 48V or even 100V system requires an apocalyptic current transfer exceeding 4,000 Amps. This forces EPCs to utilize immensely thick, expensive copper cabling, resulting in devastating I²R heat losses, extreme fire hazards, and highly inefficient Round-Trip Efficiency (RTE).
Our Solution: 640V Ultra-High Voltage Kinetics We engineered the entire 200,960Wh chemical matrix into a native 640V 200S configuration utilizing next-generation 314Ah prismatic cells. By elevating the voltage to 640V, the required operational current plummets. This radically shrinks copper cable sizing requirements, drops thermal bleeding to near-zero, and pushes the system conversion efficiency over 96%, maximizing the financial ROI of large-scale solar farms.
Commercial Engineering Specification Matrix
| Engineering Criterion | System Metric |
|---|---|
| Infrastructure Classification | Utility-Scale Commercial Energy Storage (Ultra-Voltage Node) |
| Cell Core Configuration | Next-Gen 314Ah Prismatic LiFePO4 Enterprise Array |
| Nominal System Voltage Bus | 640.0V DC (200S Ultra-High Voltage Utility Standard) |
| Gross Stored Energy Yield | 200,960 Wh (200kWh Usable Megawatt-Class Anchor) |
| System Round-Trip Efficiency (RTE) | ≥ 96% Lossless Transfer via Low-Amperage Architecture |
| SCADA Telemetry Interface | Industrial Modbus TCP/IP, DNP3, and CAN Network Gateway |
| Thermal Defense Integration | HVAC/Liquid-Cooling Ready Chassis with Passive Heat Sinks |
| Physical Cabinet Standard | Heavy-Duty Industrial Sliding Rack Infrastructure Frame |
Grid-Level Commissioning & Integration FAQ
Q: How does a 640V system impact the CapEx of a Megawatt-hour (MWh) installation? The financial impact is massive. Because 640V operates at a fraction of the current of low-voltage systems, project engineers can use significantly thinner gauge wire arrays, smaller circuit breakers, and fewer parallel aggregation boxes. This slashes the Balance of System (BOS) copper and hardware costs by up to 40% across a megawatt-scale BESS container.
Q: Does the master BMS integrate seamlessly with centralized utility SCADA systems? Yes. The industrial-grade master controller utilizes open-architecture telemetry. It is pre-mapped for Modbus TCP/IP, DNP3, and CAN bus protocols, establishing an immediate, latency-free handshake with Megawatt PCS units, local EMS, and remote utility SCADA monitoring networks for automated grid-balancing commands.
Q: What are the fire suppression and thermal management interfaces for this 200kWh block? Designed for strict commercial code compliance, the chassis features integrated aerosol fire suppression injection ports. Additionally, while the system operates with extreme internal passive efficiency, the heavy-duty enclosure is fully engineered to integrate with active containerized HVAC ducts or external liquid-cooling chillers for extreme desert or industrial environments.
Q: What are the specific lifting and positioning protocols during site commissioning? A true 200kWh 314Ah cell matrix possesses an immense physical mass. Field deployment strictly requires commercial telehandlers, gantry cranes, or heavy forklifts utilizing the unit's reinforced structural lifting channels. It must be locked into seismically rated, high-load industrial rack rails bolted directly to a reinforced concrete pad or container sub-floor.
Product Details
Highlight:
Rack Mount LiFePO4 Battery 314Ah
,200kWh Rack Mount Lifepo4 Battery
,640V Rack Mount Solar Battery
Grid Infrastructure Class:
Native 640V DC Ultra-High Voltage Utility Backbone
Energy Mass Yield:
200,960 Wh (200kWh) Concentrated Megawatt-Class Node
Cell Core Innovation:
Next-Gen 314Ah Heavy-Duty Prismatic LiFePO4 Matrix
Amperage Efficiency:
Extreme Low-Current Kinetics Via 640V System Topology
Deployment Scale:
Seamless 2MWh+ Containerized BESS Volume Integration
Thermal Defense:
Advanced Passive Alleys With Active HVAC/Liquid-Cooling Ports
Telemetry Bridge:
SCADA-Ready Modbus TCP/IP, DNP3 & CAN Grid Networks
Safety Compliance:
Multi-Tier Solid-State BMS With Aerosol Suppression Interfaces
Customer Service
- Email: info@voltertechenergy.com
- Tel: +86 13600078043
- WhatsApp: 8613600078043
-
WeChat:
voltertech
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