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Power Distribution
Energy Storage
Power Distribution
LV busway system, designed with a sandwich-type construction, offers a reliable and efficient solution for electrical distribution. It ensures safety, durability, low voltage drop, high electrical efficiency, and superior mechanical strength.
Pro S busway is ideal for various indoor applications, including Data Centers, Light Industrial Plants, and Medical Centers. It offers notable advantages such as low temperature rise, excellent heat dissipation & high power distribution efficiency. Additionally, it allows users the freedom to position the tap-off unit anywhere along the busway section based on their specific requirements.
GM Busway is an advanced product designed by Wetown. It features a rated working voltage of 400/690V, a rated insulation voltage of 690/1000V, and a rated current range from 400A to 5000A. Operating at a frequency of 50/60Hz, it supports both 3P4W and 3P5W systems. This product is suitable for various power transmission and distribution applications, even in diverse environmental conditions.
WETRANS transformer is a power conversion solution designed to prioritize safety, efficiency, and energy savings. It is available in three product series:
30kVA to 2500kVA for the 6-11kV series
200kVA to 2500kVA for the 20kV series
500kVA to 4000kVA for the 35-35.8kV series
Widely utilized in the power distribution industry, WETRANS transformers are versatile and suitable for various environments, delivering stable and reliable power conversion.
Wetown is a leading manufacturer of professional low-voltage switchgear, partnering globally with renowned international brands such as ABB and Schneider.
Energy Storage
As the demand for electricity continues to grow, Wetown offers Commercial and Industrial energy storage solutions to enhance efficiency and reduce costs for customers.
Wetown Utility Energy Storage System adopts an integrated microgrid concept, providing the reliability of continuous power supply.
Wetown Microgrid ESS enables buildings and neighborhoods to maintain power during outages. These microgrids can integrate with the main grid, drawing electricity when solar generation is insufficient or when other disruptions occur. This dual capability allows them to operate as part of a broader system while ensuring energy independence and stability.