Profile

Profile

History & Corporate

Synergy Technology Co., Ltd. (hereinafter referred to as "Synergy") was established in March 1997 in the Hsinchu Science Park, Taiwan. The company focuses on the research and development and production of rechargeable lithium batteries. Lithium batteries are one of Taiwan's key strategic industries. Its products include lithium-ion batteries (LIB), lithium-ion polymer batteries (LIPB), and the latest advanced hybrid battery (AHB).

Synergy's major shareholders are Uni-President Group and MERRY ELECTRONICS CO.,LTD., the paid-in capital reached NT$938 million. The company has over 600 employees and has assembled a team of experts in battery management and technology. Over the years, the company has developed various lithium battery products, including thin lithium-ion batteries, lithium polymer batteries, and advanced AHB batteries, and has obtained more than 20 patents. In 2004, Synergy won the Hsinchu Science Park Innovation Technology Research Award.

To better serve the growing global market and support business development, Synergy established Kunshan Synergy Energy Technology Co., Ltd. in the Kunshan Economic and Technological Development Zone, China in 2001. This factory is the company's main production base.

Synergy focuses on the research and development and production of advanced lithium polymer batteries. In late 1999, the company became the first lithium battery manufacturer in Taiwan to obtain ISO 9001 certification. Subsequently, Synergy obtained ISO 14001 certification, UL certification (USA), and other safety certifications required by its customers in 2005, 2006, and 2006 respectively. Synergy is the first professional lithium polymer battery manufacturer in Taiwan with large-scale production and shipping capabilities.

Today, the company's products are widely used in Bluetooth headsets, wireless medical and wearable devices, and various portable electronic products. Synergy's customers are located throughout Europe, North America, and Asia.

  • 2026
  • ◆SYNergy ScienTech Corp. and C-LiFe Technologies, Inc. Sign Letter of Intent (LOI) for Battery Cell Contract Manufacturing Collaboration, Jointly Building Taiwan's Battery Cell Production Capability
  • 2025
  • ◆ Mass production of hard pack battery alternatives
    ◆ Mass production of 100% recycled cobalt batteries
    ◆ Development of winding type high rate batteries (>10C
    ◆ Development of stacked type high rate, high energy batteries (>10C)
    ◆ Development of TNO batteries
    ◆ Development of solid state batteries
    ◆ Implementation of Business Process Management systems
  • 2024
  • ◆ Mass production of 4.48V pouch cells
    ◆ Introduction of SiC anode material, increasing volumetric energy density by 5%
    ◆ Development of NCM (ternary) pouch cells
    ◆ Development of a 4.45V fast charging system
    ◆ Green product manufacturing
    ◆ Succession and proxy management project
  • 2023
  • ◆ Kunshan SYNergy has obtained ISO 13485 certification.
    ◆ Obtained ISO 14064 1:2022 greenhouse gas inventory and verification.
    ◆ Developed lithium iron phosphate (LFP) energy storage batteries and 4.48V wide temperature batteries.
  • 2022
  • ◆ Kunshan SYNergy obtained ISO 13485 certification
  • 2021
  • ◆ Private placement 468 million, object of private placement Merry Electronic Co., LTD.
  • 2020
  • ◆ Kunshan SYNergy completed the second phase of plant construction and began production
  • 2019
  • ◆ Kunshan SYNergy planning ISO 27001, SA 8000 and other international standard certifications
  • 2018
  • ◆ Listed on Taiwan Stock Exchange and completed initial private placement 220 million
    ◆ Rechargeable coin battery
    ◆ Shaped battery
  • 2016
  • ◆ Kunshan SYNergy obtained OHSAS 18001 and QC 080000(HSF) certifications
    ◆ Thin battery
  • 2015
  • ◆ SYNergy’s stock public offering and were traded on the emerging stock market
    ◆ Obtained SONY GP certification
  • 2010
  • ◆ Lithium iron phosphate power battery -LFP
  • 2009
  • ◆ Obtained UN38.3 safety laboratory certification by Shanghai Institute of Chemical Industry
    ◆ Cylindrical battery
    ◆ Curved battery
  • 2007
  • ◆ Completed safety testing laboratory in Kunshan SYNergy
  • 2006
  • ◆ Kunshan SYNergy obtained ISO14001 certification
    ◆ Soft pouch Li-ion battery including: High voltage、Fast charging、Wide temp. operation
  • 2005
  • ◆ Kunshan SYNergy obtained ISO 9001 certification
  • 2004
  • ◆ Completed the construction of Kunshan factory and produced polymer Li ion batteries
    ◆ Obtained Taiwan UL Battery Client Testing Data Program(CTDP) qualification
  • 2002
  • ◆ AHB (Advanced Hybrid Li-ion Battery) brand registration
  • 1998
  • ◆ obtained the license of plastic lithium ion battery technology from Bellcore Lab. in the United States
  • 1997
  • ◆ SYNergy ScienTech Corp. was established in Hsinchu Science Park, Taiwan

Event Calendar

  • Established and funded by Chung Shing Textile Group in 1997, other institutional shareholders include Uni-President Group and Taiwan Industrial Bank.
  • Total capital investment US$23 M as of Dec. 2005.
  • Commercialized prismatic Li-ion cells in Oct. 1999.
  • Using Bellcore's license, mass-production of 300k LIP batteries per month launched in April of 2001.
  • ISO 9001 & 14001 certified by TUV in Dec. 1999 & Aug. 2001, respectively.
  • UL-1642 certified for both LIB and LIP batteries by Underwriters Laboratories in July & Sept. 2001, respectively.
  • Using her proprietary know-hows, SYNergy developed her unique Advanced Hybrid Battery (AHB) in 2002. In 2003, the UL1642 certification for AHBs by Underwriters Laboratories was obtained. Meanwhile, the mass production line was installed and operated in May , 2003. Because of AHB outstanding performance, uniformity, and reliability, it quickly expands the market share.
  • In 2001, started to set up Kunshan Synergy, Corp., a production factory with a monthly production capability of 3 millions cells/packs . The factory and production facility were completed in 2004, and started to pilot run in September, 2004. In 2005, it formally started the mass production of AHB.