Description

Dyness Stack100 HV 35.84kWh Battery Storage System (7 × 5.12kWh Modules)

The Dyness Stack100 HV 35.84kWh Battery Storage System is a modular, high-voltage energy storage solution engineered for residential and light commercial solar installations. Built on safe and proven lithium iron phosphate (LiFePO4) battery technology, this system offers long cycle life, high safety, and dependable performance for both self-consumption and backup power applications.

Its vertically stacked configuration provides a compact footprint while allowing easy scalability as energy requirements grow.

Key Features

• Modular high-voltage battery system with scalable capacity

• Safe and stable LiFePO4 battery chemistry

• Space-efficient vertical stacked design

• Intelligent BMS for protection, balancing, and long-term reliability

• Suitable for self-consumption and backup power use

• Compatible with a wide range of leading hybrid inverters

Specifications

• Total Weight: 376.5 kg

• Usable Capacity: 35.84 kWh

• Number of Modules: 7

• Capacity per Module: 5.12 kWh / 100 Ah

• Battery Cell Technology: Lithium iron phosphate (LiFePO4)

• System Type: High Voltage (HV)

• Dimensions (W × D × H): 591 × 390 × 1168 mm

Applications

• Residential solar energy storage systems

• Self-consumption optimisation

• Backup power for essential household loads

• Small commercial and multi-dwelling installations

What’s Included in the Box

• 7 × Dyness Stack100 HV 5.12 kWh Battery – Product code: DY-STACK100

• 1 × Dyness Stack100 BDU & Base – Product code: DY-STACK100-BDU-BASE

• Battery communication and power cabling

• Installation manuals and user documentation

Why Buy This Product

• Scalable Energy Storage: 35.84kWh capacity with the option to expand as energy needs increase

• High Safety & Reliability: LiFePO4 cells and intelligent BMS ensure consistent, long-term performance

• Compact Installation: Vertical stacking minimises floor space requirements

• Future-Proof Compatibility: Designed to integrate seamlessly with modern hybrid inverters and solar systems

• Greater Energy Independence: Store excess solar energy and reduce reliance on the grid

Disclaimer

All product information provided by Solareon UK is intended for general guidance only and may be subject to change or error. Solareon UK does not accept liability for any inaccuracies or omissions in the product specifications displayed. For accurate and detailed technical information, please refer to the manufacturer’s official datasheet available in the 'Downloads' section. We strongly advise confirming all critical details directly with the manufacturer prior to making purchasing or installation decisions.