This Battery Management High Voltage System centrally manages system lifepo₄ modules, supervising critical parameters in real time as voltage, current, temperature, SOC and protection status, and ensuring a perfect integration with the main hybrid and market network investors.
Advanced management and integral security
The BMS of the Dyness Stack100 incorporates multiple layers of active protection, essential in high power storage systems:
- Protection against overload and overdropsload
- Protection overcurrent and short circuit
- Control of high and low temperature
- Automatic management of rolling
- Continuous supervision of the state of each stack module
Thanks to this architecture, the system can operate with depths of discharge of up to 95%, maintaining a life superior to 8,000 cycles under standard conditions.
Modular and scalable architecture
The BMS Dyness Stack100 allows you to configure systems from 3 up to 15 modules in series, reaching operational tensions that exceed the 800 V DC, and energy capacities up 76.8 kWh by cluster, with the possibility of parallelization of up to 12 clusters. This makes it an ideal solution for:
- Industrial and tertiary self-consumption
- Hybrid systems with high energy demand
- Scalable storage projects
- Facilities with space limitations and high power requirements
Total communication with investors and EMS systems
The controller integrates cAN and RS485 protocols, as well as ethernet TCP / IP ports, Facilitating a stable and compatible communication with a wide range of market leading investors: Goodwe, Solis, Deye, Growatt, Solplanet, Solinteg, Hoymiles, SAJ, Sinexcel, Atess, Sineng, among others. In addition, it has integrated WiFi module support remote monitoring and OTA updates, allowing advanced management of the system and simplified maintenance.
Industrial design and long-term reliability
- System of refrigeration for forced ventilation
- Integrated DC switch with short circuit protection
- State LED indicators and SOC
- System of extinction of integrated aerosol fires
- Compliance with international regulations: EC, EMC, Network, IEC 62619, IEC 63056, UN38.3
All this guarantees an operation sure, silent and stable even in demanding environments.
Main advantages of BMS Dyness Stack100
- Centralized control of high voltage systems
- Maximum electric and thermal safety
- Real scalability without additional complexity
- Wide compatibility with investors
- Prepared for integration with advanced EMS
- Ideal for professional projects and commercial bess
Recommended applications
- Industrial and commercial self-consumption
- Modular energy storage
- Hybrid Systems FV + Battery
- Micrographs and BESS solutions
- Projects with high power and reliability requirements
Dyness Stack100 BMS is the reference solution for those seeking control, Safety and Professional Scalability in state-of-the-art energy storage systems
Recommended applications
High consumption homes
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Own consumption
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Night energy
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Court protection
Small and medium enterprises
Industry and Logistics
Loading and electric mobility stations
Agriculture and holdings isolated
Technical specifications
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Technology: Lifepo₄ (LFP)
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Capacity per module: 5,12 kWh
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Total capacity per cluster: 15.36 to 76.8 kWh
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Expansion in parallel: up to 921.6 kWh
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Voltage range: 134-864 V
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Life cycles: > 8000 cycles (80% dod)
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Installation: Stackable, Plug & Play
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Installation time: ~ 30 minutes per cluster
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Security: automatic extinction, smart BMS
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Warranty: 10 years
Why buy Dyness Stack100 in photovoltaic warehouse
On Photovoltaic warehouse not only do we sell the product, but we offer:
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Specialized Technical Advice
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Investor compatibility recommendations
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Optimum configuration according to project
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Fast shipping from Spain
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Professional support during installation and start-up
We are specialists in large capacity storage systems, both for installers and for demanding final customers.
TECHNICAL SHEET Battery Stack100 DYNESS
MANUAL
List of compatibility
Table of Technical Specifications - Dyness Stack100
| Category | Specification |
| Cell technology | Lifepo₄ (LFP - Lithium Ferro Phosphate) |
| Capacity per module | 5,12 kWh |
| Useful capacity by cluster | 15,36 - 76.8 kWh (3-15 modules) |
| Maximum capacity in parallel | Up to 921.6 kWh |
| Operating voltage | 134 - 864 V |
| Charging / unloading current | 1c |
| Life cycles | > 8000 cycles 80% DOD |
| Warranty | 10 years |
| Type of installation | Modular stackable ("Rackless") Plug & Play |
| Installation time | ~ 30 min per cluster |
| Structure | No frame, vertical stackable design |
| Dimensions of the module | Approximately 591 × 390 × 170 mm (according to model) |
| Dimensions of the cluster (maximum 15 modules) | ~ 591 × 390 × 1700 mm |
| Module | ~ 47 kg |
| Built-in protections | Intelligent BMS, Protection against: Overvoltage, Overcurrent, Substation, Overheater, Short circuit, Active Rolling |
| Additional security system | Integrated automatic extinction (answer in |
| Communication | CAN / RS485 (according to version and compatibility) |
| Compatibility | Hybrid and high-voltage investors of main brands |
| Recommended applications | Selfoconsumo residential, commercial, industrial, off-grid, backup, microred, cargo stations |