VENSTORE LION - VENSYS Elektrotechnik GmbH

The innovative VENSYS VENSTORE LION storage technology is the final step towards independent power supply. Based on the most progressive lithium-ion technology, characterised by multi-megawatt performance reserves and a higher temperature range, the VENSTORE LION has a multitude of application options. VENSYS storage solutions stand for intelligent and future-proof technology on a global standard.

The VENSTORE Lion storage system is available in an indoor and outdoor cabinet. Thanks to its multiple application cases this system provided a high degree of flexibility.

The Highlights: POWERFUL PROFITABLE EFFICIENT SAFE ROBUST SCALABLE FUTURE-PROOF

Modular design and innovative IT management provide high scalability
Compact outdoor cabinet for flexibility and low overhead costs
Excellent safety standard thanks to safety devices and optimal monitoring
Innovative Battery Management System
Cell technology to highest industry standards
Capacities up to 115k kWh per cabinet
Optimised for wide climate range
Connecting to VENSYS systems without additional inverters

VENSTORE LION Application cases

Self-consumption optimisation

The amount of energy gained from volatile energy producers is often not in line with own energy needs. With VENSTORE Lion, excess energy can be stored and provided at a different point in time. Supply optimisations can also be enhanced.

Feed-in limitation

If the system performance of the generating facilities happens to be higher than the power supply, the VENSTORE storage solution can store the excess energy and release it at a desired point in time.

Power supply network

Load peaks in the supply network can be compensated for with this solution, thereby avoiding a network expansion and minimising transfer loads from medium- voltage transformers.

Frequency control

The VENCON inverter family can react quickly to either over-frequency or under-frequency, so that the VENSYS system solution can support the grid frequency.

Provision of energy control

In order to trap excess production, the network storage solution VENSTORE can temporarily store this energy. In so doing, no regenerative power generation must be reduced or switched off completely. Thus, the proportion of environmentally friendly electricity can be increased in the network without necessity to set up additional generating plants.

The BMS supplies the following information:

Cell voltage

(maximum/minimum/average value)

Internal resistance

(maximum/minimum/average value)

Temperature

Each drawer (maximum/minimum)

Number of cycles

For each cell

State of charge

SOC

State of battery health

SOH

Strom

In order to guarantee the durability and highest quality standards, each lithium cell is tested on an in-house VENSYS test stand.

TECHNICAL DATA

GENERAL	VENSTORE Lion
Version	Outdoor
Principle	DC/DC converter
Number of DC/DC converters	2
IGBT Type	SKiiP4 Technology
Cell Type	LiFePO4 Lithium iron phosphate
Battery strings	2
Total weight	2,900 kg
Dimensions (WxDxH)	1,652 x 1,718 x 2,080 mm
Protection class battery cabinet	IP55

DC CONNECTIONS
Number of DC connections	1
Voltage range	750-1200 V
Short circuit protection per input	450 A (aR-fuse)
Max. current	330 A

PERFORMANCE
Nominal power at charge	60 kW
Max. power at charge*	115 kW
Nominal power at discharge	115 kW
Max. power at discharge*	250 kW
Capacity	115 kWh
Charging time (30 % - 95 % SOC)	45 Min

ENVIRONMENT
Operating temperature range	-20 °C ...+50 °C
Storage temperature range	-20 °C ...+30 °C
Max. Relative humidity	95,00 % (not condensing)
Max. installation height (altitude)	< 1.500 m (above sea level)
Cooling system battery cabinet	Air conditioner
Cooling system power electronics	Air cooled

CONNECTION
Supply voltage	400 (3p) Vac
Supply voltage range	±10 %
Supply frequency	50/60 Hz
Self-consumption (standby / maximum)	20 W / 4600 W
External communication	Ethernet (Modbus TCP)

SAFETY
Isolation monitoring	Installed
Battery-Split in case of errors	<120 V units
Short circuit protection	Installed, per battery unit
Manual circuit breaker	Installed, per battery string
Overvoltage protection (self-supply)	Optional
Conformity	EN 55011:2009/A1:2010 / EN 61000-4-2
*Depends on the calculated limit of the BMS. The BMS will reduce the performance with an increase of the resistance of the cell. This could happen at e.g. too low or too high temperature.

News / Events

A NEW PHASE OF LIFE BEGINS

START OF APPRENTICESHIP 2022

ees Europe 2022 EN

ees Europe - 11.-13. May 2022 - Munich, Germany

ees Europe - The Continent's Largest and Most International Exhibition for Batteries and Energy Storage Systems