SINBON Electronics Co. Ltd. has announced a strategic expansion of its position as a green electronics leader, reinforcing its commitment to sustainability and innovation. Building on its core strengths in customized electronic solutions, SINBON is evolving into a comprehensive sustainable solutions provider, helping customers across industries achieve their environmental goals. The company is developing a broader platform that transforms advanced electronics into enablers of sustainability, supported by its global footprint and deep expertise in e-mobility, renewable energy, and industrial efficiency.
“Sustainability has always been at the core of what SINBON does, so this evolution is the natural next step,” commented Lily Huang, Chief Sustainability Officer at SINBON Electronics. “By expanding our focus as a green solutions provider, we’re helping customers turn environmental responsibility into a competitive advantage. Our expertise in green industries and commitment to sustainability as a company position SINBON to lead this transformation.”
Sustainable solutions across industries
In addition to ensuring customer success, SINBON designs its solutions around sustainability, helping customers reduce environmental impact while improving operational efficiency. Across multiple industries, the companyâs sustainable innovation is shaping cleaner, smarter, and more efficient technologies worldwide.
- E-mobility: SINBON is building an ecosystem across smart transportation and e-mobility, spanning electric vehicle (EV) charging infrastructure to custom-built e-bike fleets. A key collaboration has been its ongoing partnership with the German battery swapping startup Swobbee. The companies are working together to advance battery-as-a-service models for light EVs and e-bikes, aimed at disrupting and democratizing urban last-mile delivery across Europe and the US.
- Humanoid robotics: By increasing efficiency, robots have the potential to improve the sustainability of operations across a wide range of industries by optimizing energy use and minimizing waste. Having recently entered the market for humanoid robots, SINBON has established a partnership with TURVO International Co., Ltd., a specialist in precision metal components, gearbox reducers, and quality control. The collaboration is aimed at jointly deploying advanced robotics solutions to broaden possibilities for applications and elevate service capabilities.
- Renewable energy supply chain: SINBON provides comprehensive connectivity solutions for the renewable energy sector, including solar photovoltaic panel makers, wind power equipment manufacturers, and energy storage system providers. With its focus on reducing its own environmental impact, the company continues to support the carbon reduction efforts downstream of these customers.
- Increasing energy efficiency of global industrial sectors:Â The company’s solutions are designed from the beginning to maximize energy efficiency and come with reliable evaluations of carbon footprint contribution. For customers in the carbon-intensive industrial sectors, this means reducing costs along with environmental impact, as well as building transparency into each solution.
Sustainable practices as a company
SINBON has been integrating the same sustainability principles into its own operations. The company has made significant progress, and key highlights from its most recent Sustainability Report include:
- Emissions: By 2024, SINBON reduced Scope 1 and Scope 2 emissions by 28.8% compared to 2021 levels as a baseline.
- Renewable energy:Â By 2024, the company’s usage of renewable energy reached 2,682,743 kWh, and its self-owned solar energy capacity reached 3 MW.
Regional facilities bring operations closer to customers
Along with an existing facility in Hungary, this year SINBON invested in US manufacturing with a newly expanded facility in Ohio. With dedicated sites in North America and Europe, the company brings production closer to customers, reducing emissions associated with shipping and transportation while facilitating collaboration.
