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Power Distribution Applications
Reliable dry-type transformer solutions for commercial,
utility, and general power distribution systems.
Power Challenges and Transformer Solutions for Distribution Systems
Distribution networks must ensure stable and continuous power supply for buildings, infrastructure, and public utilities.
Key challenges include load fluctuation, system imbalance, short-circuit stress, and strict safety requirements for indoor installations.
Power Distribution Applications
Reliable dry-type transformer solutions for commercial, utility, and general power distribution systems.
17+
17 Years of ExpertiseSub-text: Founded in 2009, a National-level “Little Giant” enterprise leading in special power systems.
Power Challenges and Transformer Solutions for Distribution Systems
Distribution networks must ensure stable and continuous power supply for buildings, infrastructure, and public utilities.
Key challenges include load fluctuation, system imbalance, short-circuit stress, and strict safety requirements for indoor installations.
Custom Dry-type Transformers for Power Distribution Applications
Custom Dry-type Transformers for Power Distribution Applications
Our Approach
We design dry-type distribution transformers for efficient and reliable power delivery in real operating conditions.
Our focus is on:
• High efficiency with low losses
• Strong short-circuit withstand capability
• Stable thermal performance under continuous load
• Safe, low-maintenance design for indoor use
Engineered to provide stable voltage,high efficiency, and long-term reliability for modern power distribution systems.
What We Deliver
• Metro and subway substations
• Rail transit auxiliary power systems (stations, tunnels, depots)
• Traction-related power distribution systems
• Custom engineered solutions for urban rail infrastructure power systems
Our Approach
We design dry-type distribution transformers for efficient and reliable power delivery in real operating conditions.
Our focus is on:
• High efficiency with low losses
• Strong short-circuit withstand capability
• Stable thermal performance under continuous load
• Safe, low-maintenance design for indoor use
Engineered to provide stable voltage,high efficiency, and long-term reliability for modern power distribution systems.
Global Project Footprint
Application Site: A steel plant overseas
Transformer capacity:17000kVA/6kV
Case Summary:
Water-cooled transformers are used to determine motor specifications, increase production capacity, and reduce costs; their application is among the most complex.
Application Site: SDIC Xuancheng Power Generation Co., Ltd.
Transformer capacity: 2000kVA/6kV
Case Summary:
Used in the induced draft fans of the 3*135MW units at Sihanoukville Thermal Power Plant in Cambodia by Sihongjun Power, to improve the power plant’s power generation process.
Application Site: HVAC systems at Shanghai Pudong
Transformer capacity: 2000kVA/6kV
Case Summary:
Used in airport cooling and heating systems to achieve intelligent and energy-saving electricity consumption.
Application Site: A forward-looking experimental wind field in Zhangbei, Hebei
Transformer capacity: 11000KVA/37.625KV
Case Summary:
Two 11MVA grid simulators successfully completed parallel adaptability and complex “double-chain” fault ride-through tests on a 10MW doubly-fed wind turbine, achieving a technical breakthrough.
Global Project Footprint
Application Site: A steel plant overseas
Transformer capacity:17000kVA/6kV
Case Summary:
Water-cooled transformers are used to determine motor specifications, increase production capacity, and reduce costs; their application is among the most complex.
Application Site: SDIC Xuancheng Power Generation Co., Ltd.
Transformer capacity: 2000kVA/6kV
Case Summary:
Used in the induced draft fans of the 3*135MW units at Sihanoukville Thermal Power Plant in Cambodia by Sihongjun Power, to improve the power plant’s power generation process.
Application Site: HVAC systems at Shanghai Pudong
Transformer capacity: 2000kVA/6kV
Case Summary:
Used in airport cooling and heating systems to achieve intelligent and energy-saving electricity consumption.
Application Site: A forward-looking experimental wind field in Zhangbei, Hebei
Transformer capacity: 11000KVA/37.625KV
Case Summary:
Two 11MVA grid simulators successfully completed parallel adaptability and complex “double-chain” fault ride-through tests on a 10MW doubly-fed wind turbine, achieving a technical breakthrough.
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