Integrated PCS + Step-Up Transformer Substation for ESS
Turnkey Solution
Combines transformer, PCS, and switchgear in a factory-tested, ready-to-install unit housed in a container. Built for Harsh Environments, high reliability and safety, lower investment & higher return. Supports cast resin/VPI dry-type or oil-immersed transformers. HV side voltage from 6kV to 35kV, DC side up to 1500VDC. Single-unit capacity up to 10MW.
Integrated PCS + Step-Up Transformer Substation for Energy Storage System
1. Turnkey Solutions
Combines transformer, PCS, and switchgear in a factory-tested, ready-to-install unit housed in a container. No special lifting tools required and reduces on-site installation and commissioning time.
2. Built for Harsh Environments
Rated IP65, suitable for year-round outdoor use. Operates at -30°C to 60°C (output needs to be derated above 50°C), and maintains full capacity up to 2000 meters elevation (special customization is required above 2000 meters). Wind- and sand-resistant, salt-spray and corrosion-resistant.
3. High Reliability and Safety
Dry-type transformers meet C2, E2, F1 classifications. Enclosure corrosion protection up to C5 level.
4. Lower Investment, Higher Return
Streamlined design eliminates two low-voltage cabinets. Reduces the number of foundations from two to one. Installation efficiency doubled.
5. Flexible Configuration
Supports cast resin/VPI dry-type or oil-immersed transformers. HV side voltage from 6kV to 35kV, DC side up to 1500VDC. Single-unit capacity up to 10MW.
Models with Built-in Dry-type Transformer
Models with Built-in Oil-immersed Transformer
One Device, Five Core Functions:
√ DC to AC Conversion
Converts battery output from direct current (DC) to stable alternating current (AC) suitable for grid connection.
√ Low-to-High Voltage Boost
Steps up output voltage from 0.6/1kV to 10/35kV to enable long-distance power transmission and grid integration.
√ Peak Shaving and Frequency Regulation
Supports millisecond-level response to participate in grid peak shaving and frequency regulation, enhancing system stability.
√ Emergency Power Supply
Automatically switches to backup power during grid outages to ensure critical loads remain operational.
√ Remote Monitoring
Enables real-time monitoring, remote diagnostics, and intelligent alerts to improve O&M efficiency.
A Preferred Power Infrastructure in the Renewable Energy Era:
PV/Wind Grid Connection Scenarios
Buffers power fluctuations and enhances the grid’s capacity to absorb renewable energy.
Commercial & Industrial Peak Shaving Scenarios
Reduces electricity costs and supports enterprises in their green transformation.
Large Industrial Parks / Energy Bases
Improves power utilization efficiency and enhances grid regulation capabilities.
The equipment has been delivered to Israel, Germany, Holland, Tanzania, Saudi Arabia, and a new batch is currently in production for the UK.
Integrated PCS + Step-Up Transformer Substation for Energy Storage System
1. Turnkey Solutions
Combines transformer, PCS, and switchgear in a factory-tested, ready-to-install unit housed in a container. No special lifting tools required and reduces on-site installation and commissioning time.
2. Built for Harsh Environments
Rated IP65, suitable for year-round outdoor use. Operates at -30°C to 60°C (output needs to be derated above 50°C), and maintains full capacity up to 2000 meters elevation (special customization is required above 2000 meters). Wind- and sand-resistant, salt-spray and corrosion-resistant.
3. High Reliability and Safety
Dry-type transformers meet C2, E2, F1 classifications. Enclosure corrosion protection up to C5 level.
4. Lower Investment, Higher Return
Streamlined design eliminates two low-voltage cabinets. Reduces the number of foundations from two to one. Installation efficiency doubled.
5. Flexible Configuration
Supports cast resin/VPI dry-type or oil-immersed transformers. HV side voltage from 6kV to 35kV, DC side up to 1500VDC. Single-unit capacity up to 10MW.
Models with Built-in Dry-type Transformer
Models with Built-in Oil-immersed Transformer
One Device, Five Core Functions:
√ DC to AC Conversion
Converts battery output from direct current (DC) to stable alternating current (AC) suitable for grid connection.
√ Low-to-High Voltage Boost
Steps up output voltage from 0.6/1kV to 10/35kV to enable long-distance power transmission and grid integration.
√ Peak Shaving and Frequency Regulation
Supports millisecond-level response to participate in grid peak shaving and frequency regulation, enhancing system stability.
√ Emergency Power Supply
Automatically switches to backup power during grid outages to ensure critical loads remain operational.
√ Remote Monitoring
Enables real-time monitoring, remote diagnostics, and intelligent alerts to improve O&M efficiency.
A Preferred Power Infrastructure in the Renewable Energy Era:
PV/Wind Grid Connection Scenarios
Buffers power fluctuations and enhances the grid’s capacity to absorb renewable energy.
Commercial & Industrial Peak Shaving Scenarios
Reduces electricity costs and supports enterprises in their green transformation.
Large Industrial Parks / Energy Bases
Improves power utilization efficiency and enhances grid regulation capabilities.
The equipment has been delivered to Israel, Germany, Holland, Tanzania, Saudi Arabia, and a new batch is currently in production for the UK.
