Dyness HV9637 Battery Module – 3.55 kWh
HV9637

Dyness HV9637 Battery Module – 3.55 kWh

€ 665.50

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Details

The Dyness HV9637 battery module is a premium energy storage solution designed for residential systems. Utilizing reliable LiFePO4 technology, it offers exceptional safety, high performance, and a long lifespan. With an expandable modular capacity, this battery adapts to various energy needs with ease.

Key Features

  • Nominal voltage: 96 V
  • Capacity per module: 3.55 kWh
  • Expandable system: Supports up to 6 modules in series for a total capacity of 21.31 kWh
  • Depth of discharge (DoD): 80% recommended
  • Continuous charge/discharge current: 18.5 A
  • Communication: Compatible with CAN and RJ45 protocols
  • Connection type: Amphenol MC4
  • Dimensions (H x W x D): 504 x 380 x 240 mm
  • Weight: 41 kg per module
  • Charging temperature range: 0°C to +55°C
  • Discharging temperature range: -10°C to +50°C
  • Protection rating: IP54
  • Installation: Modular floor-mounted system

Advantages

  • Flexibility and scalability: Supports configurations of 2 to 6 modules, depending on the system requirements.
  • Optimized energy management: Seamlessly integrates with a Battery Management System (BDU) for precise operation and control.
  • Long lifespan: Up to 6,000 cycles at 95% depth of discharge, ensuring over 10 years of operation.
  • Easy installation: Modular and stackable design for quick and hassle-free setup.
  • Safe and durable technology: LiFePO4 offers thermal stability and enhanced safety.

Compatibility list 26-11-2025:

https://www.dropbox.com/scl/fi/hnm0kujxxxtmbxjtag2r0/Dyness-Tower-Series-Compatibility-List-20251009.pdf?rlkey=tdkan0iyc75xcpxv1tm3um203&dl=0 

Applications

This module is ideal for residential energy storage systems, especially when paired with renewable energy sources such as solar power. It enhances self-consumption and reduces dependency on the electrical grid.

Choose the Dyness HV9637 for a reliable and efficient energy storage solution tailored to meet today's and tomorrow's energy demands.

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