Union Storage Energy System Ltd.

Green Energy Technologies Create Your Better Future
UNION STORAGE ENERGY SYSTEM (USESYS) was established in 2017. It is funded by three companies, which are Taya group, Shihlin Electric, and Taiwan Auto-design co. We focus on the energy storage systems (ESS) as our technical research and market development. In addition, USESYS is the only one having the ability to develop ESS with retired batteries from xEV in Taiwan. Our kernel techniques and products are intelligent battery management systems (iBMS) and intelligent energy management systems (iEMS). They are gradually extending to our ESS products and green energy systems. We are very much aware of that having product differentiation and innovated service is the final winner in fierce competition between rivals. We have confidence and ability to push ESS techniques and products to the whole world and build up unique brand and visibility.

Product/Service Solution:
Intelligent Battery Management System (iBMS):
iBMS is designed for full-life applications of dynamic battery, and spans three markets, such as xEV, ESS, and B2U. Through unique capacity compensation techniques, it has the ability to achieve the goals of life extension, long duration, and mean retired SOH. Batteries retired from xEV and then directly used in ESS can effectively reduce the repurposed cost and create big business opportunity.
USESYS is the first company to bring in advances product design process for iBMS design. Using the complete product design and verification plateform, the purpose of time-to-market can be achieved.


Company Profile and Basic Information

Address:4F., No.149, Wugong Rd., Wugu Dist., New Taipei City 248, Taiwan R.O.C.
TEL:+886-2-6605-0001
FAX:
URL:www.kdi.tw
No of employees:12
Capital:22 million (NT$)
Year founded: 2017/6
Name of representative:Shang-Hung Shen
Email:avid.liu@cadmen.com

Business Overview

iBMS is designed for full-life applications of dynamic battery, and spans three markets, such as xEV, ESS, and B2U. Through unique capacity compensation techniques, it has the ability to achieve the goals of life extension, long duration, and mean retired SOH. Batteries retired from xEV and then directly used in ESS can effectively reduce the repurposed cost.