COMMERCIAL & INDUSTRIAL ENERGY STORAGE
VitaCell65
ENERGY STORAGE SYSTEMGRID. HYBRID. ISLAND.
VitaCell65 is a cabinet energy storage system built around BMS, battery, PCS, EMS, DC/DC and AC/DC modules. It operates in grid, hybrid or island mode and can automatically manage a diesel generator through the EMS interface.

- AC input
- AC IN 63 AAC input
- AC outputs
- 2 × 125 AAC outputs
- Battery chemistry
- LithiumBattery chemistry
- Electrical system
- 3P + N + PEElectrical system
- Energy management
- EMSEnergy management
- Operating modes
- Grid / Hybrid / IslandOperating modes
SYSTEM ARCHITECTURE
Energy in.
Energy managed.
Energy delivered.
The system is built from BMS, BAT, PCS, EMS, DC/DC and AC/DC modules. Energy from the grid, the generator or photovoltaic modules is managed by the EMS and delivered to the loads.
- GRID63 A AC input
- GENERATORHybrid mode
- SOLAR PVInput via PV MCB
- BMS
- BATTERY
- PCS
- EMS
- DC/DC
- AC/DC
INTELLIGENT ENERGY MANAGEMENT
Operating scenarios
The integrated Energy Management System coordinates how energy is stored and delivered according to the available sources.
Grid mode
The power source is connected to the main contactor; the mode is selected from the touch screen.
Hybrid mode
The generator is connected to the main contactor, with breaker QF11 disconnected.
Manual and automatic mode
In automatic mode the system independently manages storage and generator according to the operating parameters.
Configurable SOC thresholds
Charging start/stop SOC thresholds, generator calling power and start delay are configurable.
BMS and PCS control
BMS On/Off and PCS On/Off commands available from the storage control interface.
Integrated diagnostics
Active and historical alarms, cell data, IGBT/ambient/battery temperatures, grid and load status.
APPLICATIONS
Where it works VitaCell65
Grid operation
The grid source is connected to the main contactor and supplies the loads with storage support.
Hybrid operation
The generator is connected to the main contactor and works together with the storage system.
Island operation
Island mode selectable from the storage control interface.
Photovoltaic integration
The system can be equipped with a photovoltaic input, connected directly to the PV MCB.
Generator hour reduction
In automatic mode the system manages storage and generator according to the configured parameters.
Monitoring and data logging
Local web interface with historical log, curve log and data export.
Run the generator only when needed.
In automatic mode the system calls and stops the generator according to the configured parameters, reducing fuel consumption and running hours.
- 01STORAGE SUPPLIES THE LOAD
- 02SOC BELOW CHARGING THRESHOLD
- 03GENERATOR CALL
- 04START DELAY
- 05STORAGE RECHARGE
- 06GENERATOR STOP
Charging start/stop SOC thresholds, generator calling power, generator capacity and start delay are configurable from the EMS interface. The configuration must be defined together with VitaCell technical support.
GALLERY
Technical detail
TECHNICAL SPECIFICATIONS
Full data
01System
- Battery type
- Lithium batteries
- System modules
- BMS · BAT · PCS · EMS · DC/DC · AC/DC
- Operating modes
- Grid · Hybrid · Island
- Control logic
- Manual · Automatic
- Cabinet climate control
- Integrated air conditioning
02AC connections
- AC input
- 63 A
- AC outputs
- 2 × 125 A
- Bypass
- Bypass MCB
- Electrical system
- L1 · L2 · L3 · N · PE
- Sockets and plugs
- Keyed to prevent phase inversion
03Photovoltaic
- Photovoltaic input
- Available as configuredThe PV line connects directly to the PV MCB; PV power must comply with the limits admitted by the system.
04Generator integration
- Generator input
- AC / diesel generator input
- Automatic management
- Start and stop on SOC and power thresholds
- Start delay
- Configurable from the interface
05Protection
- Emergency stop
- Twist-to-reset mushroom button
- Breakers
- Main panel · QF11 · PCS · battery · auxiliary supply
- BMS alarms
- BMS alarms 1 / 2 / 3 and system fault
- Ground fault check
- Included in the pre-start checks
06Control and monitoring
- Interface
- Touch screen and local web interface
- Monitored data
- Generator, storage, grid, load, auxiliaries, control strategy
- Logging
- Historical log, curve log, data export
Nominal power, energy capacity, dimensions, weight and protection rating are not published on this page because they are not stated in the technical documentation currently available: they are provided on request.
DOWNLOADS
Documentation
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