Solar plant and data centre
DC800
VentureEdge 800 cabinet available early 2027
Storage that grafts onto a plant, or backs up a data centre.
Two formats for the same building block. The VentureEdge 800 cabinet — 418 kWh and 209 kW, 800 V output, one to five cabinets in parallel — and the VentureBooster 800 container, which brings five of these racks together for 1 MW and a little over 2 MWh.
Both connect to the plant's 800 V bus, at the output of the solar inverters. They therefore need no transformer of their own: where a conventional installation lines up two — one for solar, one for the battery — only one remains.
The same conditions apply to a data centre: a supply to protect, an existing bus to graft onto, and a power level to hold without interruption. There the DC800 acts as reserve and peak shaving.
- Existing solar plant to be equipped with storage
- Data centre: backup and peak shaving on the existing bus
- Site equipped in stages, one cabinet at a time
- Shifting daytime export to the expensive hours
- Limiting curtailment on a saturated grid connection
Configure
Add cabinets, read the power.
Reference
Manufacturer reference : YXHK-209K/852314-X
- Energy
- 836 kWh
- Power
- 418 kW
- Ratio
- 2 h
The ratio, in one line: power × duration = energy. A 2-hour system stores twice its power, a 4-hour system four times. For the same energy, a longer ratio needs less conversion power — and targets other revenue.
Single-line diagram
One transformer instead of two.
Specifications
Technical specifications.
VentureEdge 800 cabinet
- Nominal energy
- 418 kWh
- Nominal power
- 209 kW
- Voltage
- 800 V AC
- Nominal current
- 150.8 A AC side · 157 A DC side (maximum 179.4 A)
- Voltage range
- 1,164.8 – 1,497.6 V DC
- Charge / discharge rate
- 0.5 P
- Overload
- 110% continuous
- Power factor
- 0.99 / −1 to 1
- Peak efficiency
- 90% (excluding auxiliaries)
- Paralleling
- Up to 5 cabinets, AC side
- Auxiliary consumption
- 3.2 kW
- Dimensions (L × W × H)
- 1,600 × 1,350 × 2,450 mm
- Ingress protection
- IP 54
- Altitude
- ≤ 2,000 m (3,000 m with derating)
- Operating temperature
- −30 to 55 °C
- Cooling
- Liquid for the batteries, air for the PCS
- Fire suppression
- Electrically triggered aerosol
- Noise
- ≤ 75 dB at 1 m
- Availability
- Early 2027
Container — DC side
- Nominal energy
- 5 × 418 kWh, i.e. 2,090 kWh
- Configuration
- 5 racks of 416 cells in series
- Cells
- LFP 3,2 V / 314 Ah
- Nominal current
- 157 A (maximum 179.4 A)
- Voltage range
- 1,164.8 – 1,497.6 V DC
- Charge / discharge rate
- 0.5 P
Container — AC side
- Nominal power
- 5 × 200 kW, i.e. 1 MW
- Voltage
- 800 V AC (−12% / +10%)
- Connection
- 3 conductors + earth
- Nominal current
- 5 × 145 A
- Frequency
- 50 / 60 Hz
- Power factor
- 0.99 / −1 to 1
- Harmonic distortion
- < 3% at rated load
- Peak efficiency
- 88% (excluding auxiliaries)
Container — installation
- Dimensions (L × W × H)
- 6,058 × 2,438 × 2,896 mm
- Weight
- ≈ 25 t
- Ingress protection
- IP 55
- Auxiliary consumption
- 22 kW
- Operating temperature
- −30 to 55 °C
- Cooling
- Liquid for the batteries, air for the PCS
- Fire suppression
- Electrically triggered aerosol
- Noise
- ≤ 75 dB at 1 m
- Communication
- RS-485 · Ethernet · CAN, Modbus TCP/RTU
Standards and certifications
- IEC 62619
- IEC 60730-1
- IEC 63056
- IEC 62477-1
- IEC 61000-6-2/4
- UE 2023/1542
- UN 38.3
- UN 3536
We size it with you.
The grid connection, the contract, the generation already in place: three facts are enough to know whether this range is the right one. If not, we point you to another.