Promote TCFD project to initiate climate change management

The risks of climate change brought about by global warming may cause unanticipated operational impacts. As an important enterprise in the electronic product distribution business, WT should play a leading role at both the top and bottom of the chain the top and bottom of the chain, and at the same time fully understanding the risks and opportunities that climate change may bring in the electronic industry chain. In 2021, WT initiated the introduction of a climate change risk management project in response to the Task Force on Climate-related Financial Disclosures (TCFD) proposed by the Financial Sustainability Board (FSB). The framework proposed by the Task Force on Climate-related Financial Disclosures (TCFD) is expected to strengthen corporate resilience through the establishment of a mechanism to manage climate change risks and opportunities.

 

Through awareness building, risk identification, departmental discussions and communication with senior management, WT first establishes company-wide awareness and identification related to climate change from the bottom up, building climate change awareness and knowledge throughout the whole company. The projects identified by each department will be used as the next stage of planning to promote the response plan for the reference of the governance level, and finally will be reported and communicated by the Risk Management Committee under the Board of Directors as the basis for the subsequent presentation to the Board of Directors to implement top-down climate management policy.

 

Summarize the 21 possible risk items. Promote corresponding solutions.

A total of 21 items were listed as possible risk items after consolidating the assessment results provided by various departments of the company. According to the time frame, some risks have different risk impacts in different time frames. There are 12 short-term risks, 11 medium-term risks and 8 long-term risks. After discussions and decisions made by department heads in meetings, immediate physical risks and risks of regulatory and reputational transformation were listed as WT’s three major climate change risks.

 

The results of the risk assessment will be reviewed again in 2022 and the planning of the response plan will be promoted. The Director of Sustainability will report to the Risk Management Committee, and the results will be included in the Board of Directors’ meeting to formally initiate climate change management.

Congratulations on reaching the emission reduction target by 2021!

As global warming becomes increasingly serious, WT has, since 2018, carried out a complete inventory of GHG emissions with reference to the requirements of the Organizational Greenhouse Gas Emissions (ISO 14064-1:2006) and the Greenhouse Gas Inventory Protocol (GHG Protocol), and performed GHG Scope 1 and Scope 2 inventory operations. Since 2018, we have completed annual verification procedures by third-party notary units. Starting in 2018, we have completed the verification process by a third-party notary every year to ensure the correctness and reliability of the GHG emissions inventory, so as to review the reduction situation and revise the management policy on a rolling basis.

 

In 2019, WT pledged to reduce the intensity of GHG emissions in areas 1 and 2 by 1% per year compared to 2018, using 2018 as the base year.

19.04% carbon reduction achieved in four years

In 2021, WT had already reached the expected reduction target, with total GHG emissions of 1,374.20 tonnes of carbon dioxide equivalent (tonnes CO2e), of which 0.0442 tonnes CO e/square meter (m2) for Scope 1 and 2, a 19.04% reduction in intensity compared to 2018 (base year). From 2022 onwards, the reduction target will be further increased by reducing the annual Scope 1 and 2 GHG emission intensity by 2% compared to 2018 (base year).

Energy Saving Re-Advancement Measures for 2022

  • Actively seek green energy sources, e.g. the purchase of green electricity, renewable energy certificates, etc.
  • Progressively review the replacement of old equipment that has deteriorated in performance.
  • Carry out regular maintenance of high energy-consuming equipment.
  • Priority is given to the procurement of energy-efficient equipment and green-labelled products.
  • Each appliance and piece of equipment is equipped with an energy- saving controller to automatically turn on the energy-saving mode.
  • The lighting fixtures and air-conditioning power supplies are controlled on a zonal basis with the installation of timer controls.
  • Gradually replace all lighting fixtures and emergency exit signs with LED energy-efficient fixtures, and for venues with lower illumination requirements, turn on the lights at intervals or reduce the number of tubes if there are no safety concerns.
  • Non-essential lighting turns off automatically during lunch break.
  • White or light-coloured walls and ceilings are preferred to increase the light reflection effect and reduce the number of light fittings.
  • The air conditioning temperature is set at 26~28°C, and the fan is set to the appropriate speed.
  • The staff will be tasked with regularly checking whether the lights, air-conditioning and projection equipment are switched off when not in use.
  • Infrared body sensor switches are used for low-frequency public space lighting.
  • Install blackout curtains for room cooling.
  • Continue to promote greenhouse gas reduction, waste separation and avoidance of standby power wastage.
  • Encourage staff to make greater use of public transportation or ride-sharing for commuting to and from work, traveling to and from work and staff travel.
  • Increase the greening of the office environmentt.

Consistent Green Thinking Promote low-loss, high-performance semiconductor components

Product design should not only be concerned with the cost, function and quality of the product, but also the potential impact of the product on the environment. We prioritize the selection of parts and components that can improve energy efficiency and do not use harmful substances to achieve energy efficiency, carbon reduction and green requirements.Semiconductor components are an important part of electronic products.

 

In line with the green design mindset, semiconductor components that are used must have low-loss and high-performance characteristics, and WT is strengthening the promotion of green and high-performance semiconductor component products so that clients can adhere to the design concepts and principles of environmental protection, energy efficiency and optimization.

 

As a professional distributor of semiconductor components, WT provides the products, manufactured by global leading semiconductor companies, with the features of efficiency improvement and better performance under less power consumption.

 

In addition, through our understanding of market development trends and our mastery of low-consumption and high- efficiency product application technologies, WT continues to promote and provide education and training on low- consumption and high-efficiency products, providing clients with suitable low-consumption and high-efficiency product solutions or reference designs and assisting clients in realizing green designs. In 2021, NT$609 million was invested in R&D, an increase of 57.77% compared to 2020.

 

These low-consumption and high-efficiency electronic components are widely used in various applications such as communications, computers and peripherals, consumer electronics, industrial control, the Internet of Things and automobiles through the promotion of WT. As the demand for energy efficiency, carbon reduction and environmental protection is recognized by consumers, the demand from clients has also increased.

Advanced electronic system for comprehensive implementation paperless inventory management

In Taiwan, Hong Kong, Shenzhen, Singapore and Korea, WT has logistics centers for receiving and delivering goods. When purchasing goods, orders are placed in the logistics center nearest to the client according to their demand, thus reducing the distance between warehouse transfer, delivery and transportation. All logistics center operations have been integrated with advanced logistics information systems, enabling paperless electronic operations. Every corner of the logistics center is connected via WiFi.. After scanning the product and storage barcode with a PDA, the system will immediately adjust the account and change the storage position without the need for inventory cards.

Not only packaging reduction, but also recycling

WT has continued to invest in packaging reduction, including prioritizing the use of paper pallets for product carriage in the warehouse and for outbound shipments, reducing the number of product fillers. We also use renewable materials for packaging materials required in logistics operations. Meanwhile, related logistics operations systems have been digitalized and the number of shipping trips has been optimized through the system. In 2021, there were 12,236 fewer shipping trips, thanks to the system’s consolidation of order shipments.

After the products are stocked, if there is no need to re-pack and re-deliver, they will be directly stocked in the packaging of the original shipment. If they need to be re-packed, all the cartons and filling materials inside the cartons will be recycled when they are stocked, so that they can be recycled and classified as “environmentally friendly cartons” for statistical and management purposes. We not only give priority to recycled cartons for shipment but also reduce the use of new cartons. The cartons we purchase ourselves are not redundantly printed, but only marked with cautions. The padding used to protect the products inside the cartons is made of environmentally friendly materials that that are naturally biodegradable. The average amount of padding used per carton has been reduced from 0.37 meters per carton in 2020 to 0.23 meters per carton in 2021, a significant decrease of 37.84%. The use of pallets in logistics centers will also be prioritized over the use of paper pallets and less plastic.