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Aims for net-zero carbon emissions by 2050

 

Faced with the severe challenge of climate change, ATEN actively assumes corporate social responsibility and aims for net-zero carbon emissions by 2050, fully investing in carbon reduction efforts. ATEN has formulated a series of specific action plans with this goal in mind, including reducing carbon emissions by 50% at its Taiwan headquarters and Xizhi production base by 2030.

To achieve these carbon reduction goals, ATEN has actively invested in energy conservation and renewable energy applications. In 2021, ATEN built a solar photovoltaic power generation system with a 170 KWp capacity at its Xizhi factory headquarters and officially put it into operation at the end of the same year. In addition, ATEN also built a solar photovoltaic power generation system with a 334.8 KWp capacity at its Thailand factory, which officially began mass production in 2021 and has been in trial operation since November 2022.




In addition to reducing carbon emissions, ATEN is also committed to nurturing a green corporate culture. We encourage employees to participate in environmental protection activities, to enhance their environmental awareness, and to integrate energy conservation and carbon reduction concepts into their daily work. In addition to regularly holding environmental lectures and green lifestyle experience activities, we also regularly organize beach clean-up events, leading employees to contribute to the environment through practical actions and enabling them to learn about environmental protection while having fun and enhancing their enthusiasm for a green lifestyle.

 



Commitment, Action, and Goals


Commitment

2024 Annual target items

2024 Annual Implementation Results

Future Goals and Actions

Greenhouse gas verification

Conducting ISO 14064-1 external verification of greenhouse gases.

Passing 2023 & 2024 ISO 14064-1 external verification.

Upon re-evaluation, we have set the following carbon reduction and energy-saving targets:
1. Electricity intensity reduced by1% compared to the previous year.
2. Per capita water-related carbon emissions reduced by 1% compared to the previous year.
3. Simplified structure and easy-to-disassemble design reduce fastening points by 30%.
4. Continuously select lightweight materials10%.
5. Energy-saving products reduce energy consumption3%.

Monitor energy usage, implement energy-saving and carbon reduction measures

Monitor energy risks and promote the implementation of energy-saving and carbon reduction projects

1. 2024 electricity consumption intensity5.72 (electricity consumption per thousand kWh/average number of employees).
2. 2024 per capita water carbon emission3.57 (total average water consumption per person* per capita water carbon emission (KgCO2e).

Implement environmental protection regulations

Focus onRoHS & REACH regulatory updates an conflict minerals investigation

1. Continuously update suppliersREACH SVHC240 compliance requirements.
2. Continuous UpdateRMI_CMRT 6.4 “Conflict-Free Minerals Report Public Version Survey.”

Green Product Design

Design lightweight and high-performance products

1. Simplified structure and easy disassembly design: CS1942/CS1944DPA replaces the locking structure of the front frame with a tongue structure, reducing the locking point design by 30%.
2. Use lightweight materials: The VW3620 model uses lightweight materials (AL) for the chassis and panel without compromising structural strength, achieving a weight reduction of 27.8% (weight reduced from 22. 3kg to 16.1kg, a reduction of 6.2kg).
3. Product energy saving: The KX9980 reduces the single fan design, using only a cooling fan module, which decreases the main unit’s output power consumption by 3.1% (original total power consumption 44.9W, actual power consumption 43.5W, reducing output power consumption by 1.4W).