Technology
Seven systems work together so stored energy is safe, efficient and available exactly when your site needs it. Scroll to take the cabinet apart.
01 · Enclosure
Outdoor-ready, all in one cabinet.
Battery, power conversion, energy management, cooling and fire protection are integrated in a single high-density C&I enclosure.
02 · Battery
LiFePO4 modules at the core.
LFP chemistry is engineered for energy density, long cycle life and operational safety.
03 · Control
BMS, PCS and EMS working as one.
Cell-level monitoring, bidirectional power conversion and smart scheduling coordinate when to charge and when to dispatch.
04 · Protection
Cooling and safety, built in.
Liquid cooling keeps temperatures stable, while active fire detection and suppression protect the system.
Core components
Battery Modules
LiFePO4 (LFP) modules engineered for energy density, cycle life, and operational safety.
Battery Management System — BMS
Monitors cell status, protects against abnormal conditions, and supports reliable battery operation.
Power Conversion System — PCS
Converts and conditions power between DC storage and AC facility or grid interfaces.
Energy Management System — EMS
Coordinates charging, discharging, and operating modes for efficient energy use.
Thermal Management
Air or liquid cooling architectures help maintain stable operating temperatures.
Safety & Protection
Multi-layer protections including overcharge, short-circuit, thermal, and fire-safety measures on applicable systems.
Remote Monitoring
Track system performance through display interfaces, apps, and connected EMS communication options.
Energy flow
The EMS decides when to store surplus solar or off-peak grid energy, and when to release it for peak shaving, backup or self-consumption.
Live energy flow
Energy is stored when it is available or economical — from surplus solar or off-peak grid supply.
EMS overview
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State of charge
- Mode
- Peak shaving
- Cell temp.
- Stable
- Alarms
- None
Illustrative interface. Actual monitoring screens vary by system.
Monitoring
Track state of charge, energy flow and system health through displays, apps and connected EMS communication — 4G, RS485 or LAN on supported systems.
FAQ
A BESS stores electrical energy in batteries and releases it later when needed — for backup, peak management, renewable self-consumption, or energy cost optimization.
Traditional backup systems typically respond during outages. BESS can also manage daily energy flow — charging from solar or the grid and discharging strategically for operational and tariff objectives.
Yes. Hybrid and solar-integrated BESS solutions store surplus solar energy and supply it when generation is low or facility demand requires it.
Capacity depends on load profile, critical loads, desired backup duration, solar generation, peak demand goals, and site electrical constraints. An energy assessment helps define the right configuration.
In many cases yes. Systems can be engineered to integrate with existing electrical infrastructure, solar assets, and monitoring frameworks after a site review.
Durasol Energi BESS offerings use EMS and related interfaces to track battery status, energy flow, and system performance through displays, apps, or connected communication options.
Manufacturing, commercial buildings, data centers, renewable projects, EV charging, industrial facilities, microgrids, and critical infrastructure can all benefit from appropriately designed storage.
Start a project
Share your load profile, solar assets and backup goals. Our energy team will recommend a configuration.