TCFD

Climate Change Response

To respond to international climate initiatives, address customer supply chain decarbonization plans, and consider the potential impacts of climate issues on company operations and sustainable development of the human world, LAI YIH has established risk management mechanisms to identify and manage potential risks from climate change. We have included energy management, greenhouse gas management, and waste management as material topics to formulate corresponding management approaches for focused management. Besides responding to the international consensus of net-zero carbon emissions by 2050, this also enhances the Group's climate resilience and risk adaptation capabilities, establishing solid and positive cooperative relationships with customers.

 

LAI YIH references the Task Force on Climate-related Financial Disclosures (TCFD) framework, planning and implementing various actions in four areas: "Governance," "Strategy," "Risk Management," and "Metrics and Targets" to identify and manage climate change-related risks and opportunities. The Sustainability Development Department convenes and collects internal Group feedback to identify potential climate-related risks and opportunities in short, medium, and long-term operations, assess the likelihood and impact level of these risks and opportunities, analyze their operational and financial impacts on the company, and plan various management measures and actions to address identified climate-related risks and opportunities.

 

LAI YIH has identified five major climate-related risks and one major climate-related opportunity. The identification and management process is as follows:

 

▽ Major Climate-Related Risk and Opportunity Identification and Management Procedures

Climate Issue Collection and Risk/Opportunity Identification
Collect the latest domestic and international sustainability trends and regulations, climate-related issues of concern to peers, and compile potential climate-related risks and opportunities relevant to the Group. Finally screened 11 climate-related risks and opportunities, including 5 transition risks, 2 physical risks, and 4 opportunities.
  • Transition risks: Cap and trade and emission reporting obligations, carbon pricing mechanisms, product and service requirements and regulations, changing customer and consumer preferences, low-carbon and renewable material technology transition
  • Physical risks: Increased severity and frequency of extreme weather events (typhoons, floods, heavy rainfall, etc.), rising average temperatures
  • Opportunities: Develop and/or increase low-carbon products and services, improve water or energy efficiency, adopt more efficient transportation methods, establish circular economy models
Climate Risk/Opportunity Assessment

The Sustainability Development Department assesses initially screened potential climate-related risks and opportunities, quantitatively evaluating the impact likelihood and degree of various climate-related risks and opportunities on company operations and finances to create materiality assessment matrix diagrams and identify major climate-related risk and opportunity items, through which the Group identified six major climate-related risk and opportunity items, including three transition risks, two physical risks, and one opportunity.

  • Transition risks: Cap and trade and emission reporting obligations, carbon pricing mechanisms, changing customer and consumer preferences
  • Physical risks: Increased severity and frequency of extreme weather events (typhoons, floods, heavy rainfall, etc.), rising average temperatures
  • Opportunities: Improve water or energy efficiency
Response Strategy and Financial Impact Analysis
Conduct internal assessment of major climate-related opportunity items and establish control measures to mitigate risk impacts. For major climate-related opportunity items, actively evaluate feasible plans to maximize the benefits of climate-related opportunities. Based on this foundation, the Group comprehensively considers the impact of risks and opportunities on operations, as well as the time, technology, and human costs required for management measures, comprehensively evaluating climate-related financial impacts.
Tracking Management
The Sustainability Development Department continuously tracks the management effectiveness and goal achievement of various issues, making rolling adjustments with reference to the latest peer and international trends, regularly reviewing effectiveness, and continuously improving response measures for climate-related issues. 

 

 

Major Climate-Related Risk and Opportunity Identification Matrix

High
 
 
 
 
 
 
 
 
 
Impact Level
 
 
 
 
 
 
 
 
 
Low
 R7 Low-carbon and renewable material technology transition   
 R5 Product and service requirements and regulationsR1 Increased severity and frequency of extreme weather events
R2 Rising average temperatures
R6 Changing customer and consumer preferencesR3 Cap and trade and emission reporting obligations
 O1 Develop and/or increase low-carbon products and services
O4 Establish circular economy models
O2 Improve water or energy efficiency R4 Carbon pricing mechanisms
 O3 Adopt more efficient transportation methods   
     

Low ← Impact Likelihood → High

 

Climate Change Risk Management

LAI YIH's climate risk management process first conducts assessment and identification of major climate-related risks, then formulates response strategies, sets related objectives, and tracks subsequent effectiveness for the identified major risks. The climate risk management process has been integrated into other ESG-related risk management processes, all executed by the Sustainability Development Department responsible for risk identification, assessment, management, and effectiveness tracking, reporting related results to the Board of Directors.

 

The table below lists the impact timeline, current status description, related financial impacts, and future response strategies for each major climate-related risk and opportunity.

 

AspectRisk / Opportunity ItemRisk/Opportunity DescriptionPotential Financial Impact

Impact

Timeline
Response Strategies and Management Measures
Physical Risk-Immediate RiskR1 Increased severity and frequency of extreme weather events (typhoons, floods, heavy rainfall, etc.)

The Group's production facilities are mainly located in Southeast Asia. Intensified extreme weather may cause various locations to face different climate risks.

In the past, typhoons and heavy rains have caused bridges or roads to be flooded or washed away, affecting employee commuting and supplier transportation. Thunder and lightning weather has also damaged power supply systems, requiring backup solutions. Such climate disasters have increased the company's operational interruption risk and caused substantial financial impact.

Increased operating costs
Reduced asset value
Reduced operating revenue

Short term

(0–3 years)
  1. Recommend local government improve drainage facilities in industrial zones where factories are located, increase road height, and strengthen fixed protection.
  2. Regularly inspect factory equipment to ensure all leak-proof and waterproof equipment operates normally.
  3. Purchase typhoon and flood insurance to disperse losses suffered by disaster-affected factories.
  4. Increase local procurement ratio and seek diverse suppliers to mitigate possible impacts of transportation interruption caused by extreme weather.
  5. Strengthen power reserves and drainage/water storage facilities within factories.
  6. Strengthen emergency response procedures based on each facility’s geographical location and focus on natural disasters with higher risk indices.
  7. Myanmar factory installs meteorological detection equipment according to local requirements to collect climate data for subsequent management use.
Physical Risk-Long-term RiskR2 Rising average temperaturesGlobal average temperatures increase annually. In high-temperature environments, employees easily become fatigued and faint, which may affect employee health and work efficiency in the long term; equipment cannot operate normally in high-temperature environments; raw material properties change due to high temperatures, such as glue and chemicals becoming brittle or elasticity/tensile strength not meeting requirements due to high temperatures, affecting production materials; high temperatures may also cause fires. The above situations require further improvement in factory ventilation and temperature control requirements, increasing energy consumption demands for cooling equipment, air conditioning, and chilled water systems.Increased operating costs
Increased capital expenditure

Medium term

(3–10 years)
  1. Factories adopt green building design, promote tree planting and greening plans within factories, increasing green spaces.
  2. Install exhaust and cooling equipment at each factory to reduce cargo damage and employee heat stroke risks.
  3. For high-temperature working environments, provide ice water or physical cooling methods and high-temperature subsidies to increase employee efficiency.
  4. Establish fire prevention plans and install firefighting, insulation, and heat dissipation equipment to reduce fire risks.
Transition Risk-Policy and Regulatory RiskR3 Cap and trade and emission reporting obligationsTaiwan's Financial Supervisory Commission's "Sustainable Development Roadmap for Listed Companies" regulates and strengthens corporate greenhouse gas emission reporting obligations. Additionally, some factories in Vietnam, Myanmar, and Indonesia must regularly provide greenhouse gas emission reports according to local provincial government requirements.Increased operating costs

Medium term

(3–10 years)
  1. According to FSC sustainable development roadmap requirements, planned Group greenhouse gas inventory and verification timeline plan.
  2. Regularly submit greenhouse gas emission reports in accordance with requirements from governments where factories are located.
  3. Establish greenhouse gas data collection systems and mechanisms.
  4. Continuously evaluate the possibility of installing solar panels at factories, gradually increasing the ratio of solar panel installation at factories.
  5. Actively improve green electricity usage ratio and explore local green electricity suppliers at operating locations.
Transition Risk-Policy and Regulatory RiskR4 Carbon pricing mechanismsCountries worldwide increasingly implement carbon rights, carbon taxes, or carbon fees. In 2026, Taiwan's Climate Change Response Act will levy carbon fees on the first wave of major carbon emitters with annual emissions exceeding 25,000 tons domestically. However, the Group's production areas are all located overseas and are not targets of the first wave of collection. Production bases are located in Vietnam, Myanmar, and Indonesia, where local governments have not yet established related carbon pricing mechanisms. Although there is no risk at this stage, considering future policy uncertainties, this risk is still evaluated. If affected by carbon pricing mechanisms in the future, additional costs will be incurred.Increased operating costs

Long term

(10+ years)
  1. Formulate carbon reduction strategies, adopt related measures, establish Science-Based Targets (SBT), and continuously manage carbon reduction performance.
  2. Continuously monitor policy and regulatory progress in operating locations and various countries.
Transition Risk-Market RiskR6 Changing customer and consumer preferencesWith the rise of environmental issues and environmental consumption awareness, most brand companies cooperating with the Group already have autonomous carbon reduction targets and require downstream shoe manufacturers accordingly. To meet various environmental KPI requirements from brand companies, such as green electricity usage rates, eco-friendly material ratios, and product carbon footprint requirements, energy and resource management plans must be established, energy and resource management systems introduced, related equipment invested, Science-Based Targets (SBT) established, and carbon reduction plans formulated.Increased operating costs
Increased capital expenditure

Short term

(0–3 years)
  1. Monitor customer sustainability trends and incorporate them into operational and R&D strategies.
  2. Establish low-carbon material R&D groups to research and develop low-carbon materials to enhance corporate competitiveness.
  3. Gradually implement sustainability-related requirements and controls for designated material suppliers.
  4. Increase renewable energy usage rates.
  5. Increase eco-friendly material usage ratios.
Opportunity-Resource Use EfficiencyO2 Improve water or energy efficiencyIntroducing environmental technologies and implementing energy and resource efficiency management plans can not only reduce shoe factory operating costs but also improve production efficiency, reduce regulatory risks, meet customer requirements, and establish a more competitive and sustainable brand image in the market. This will contribute to long-term enterprise development and ensure the Group’s stable position in the global supply chain.Reduced operating costs
Increased operating revenue

Short term

(0–3 years)
  1. Set energy and resource KPI targets for each factory, establish Science-Based Targets (SBT) to effectively manage energy and resource consumption at each factory.
  2. Introduce ISO 50001 to optimize energy management systems.
  3. Establish process wastewater and rainwater recycling and reuse mechanisms.
  4. Introduce ISO 46001 systems to improve water resource management efficiency.
  5. Introduce automation equipment to improve production efficiency, including AI automatic spray trajectory identification technology and 3D printing technology applications.