Energy Conservation and Carbon Reduction

Fuburg focuses its energy management efforts on improving energy efficiency and reducing energy consumption across its operations. Through equipment improvements, process management, daily energy-saving practices, and energy-use monitoring, the Company progressively tracks energy consumption across production and office activities.

Fuburg will continue to review its major energy sources and, based on operational needs, assess the feasibility of introducing energy-efficient equipment, renewable energy, and energy management systems.

In implementing energy conservation and carbon reduction measures, the Company considers operational efficiency, cost effectiveness, and environmental impacts. Annual electricity consumption, fuel use, and production activity data serve as the basis for energy management. Going forward, Fuburg will continue to strengthen energy data collection and analysis and progressively establish methods for tracking energy intensity and energy-saving performance to support carbon reduction target setting and improvement planning.

Energy Management Measures

Management Area Key Measures Management Objective
Energy Use Monitoring Monitor major energy-consuming sources through electricity data, equipment operating conditions, and facility records as a basis for energy-saving improvements and cost control. Improve energy efficiency and reduce unnecessary energy consumption.
Equipment and Process Improvements Continue to review improvement opportunities involving high-energy-consuming equipment, compressed-air systems, lighting, air conditioning, and factory insulation, and implement improvements based on cost effectiveness and operational needs. Reduce energy consumption in production and facility operations.
Daily Energy-Saving Management Implement on-site energy-saving practices by shutting down idle equipment, strengthening inspections, maintaining equipment performance, and promoting employee energy-saving awareness. Integrate energy-saving behavior into daily operations.
Low-Carbon Product and Material Assessment In line with the development of environmentally friendly materials and plastic-reduction products, assess opportunities to improve raw material use, packaging, product weight, and logistics efficiency. Reduce environmental impacts throughout the product life cycle.

Greenhouse Gas Management

Fuburg continues to promote greenhouse gas inventories and emissions management, using annual energy consumption, operating activities, and production data as the basis for carbon emissions calculations.

As the inventory process progresses, the Company will progressively improve information on Scope 1, Scope 2, and other indirect emissions and review emission factors, calculation methodologies, data boundaries, and base-year settings to improve the consistency and comparability of carbon management information.

Fuburg regards greenhouse gas management as an important foundation for the net-zero transition and operational resilience. Through energy-saving improvements, renewable energy assessment, process efficiency enhancement, and supply chain communication, the Company seeks to progressively reduce the emissions intensity of its operations. Going forward, Fuburg will continue to improve the quality of carbon emissions data and assess reduction targets, carbon reduction measures, and methods for disclosing annual progress based on its operating conditions.

2025 Energy Use and Carbon Emissions

Fuburg’s primary source of emissions is purchased electricity. Carbon emissions totaled 539,572 kgCO₂e in 2025, compared with 657,028 kgCO₂e in 2024, representing a reduction of 117,456 kgCO₂e.

Annual electricity consumption decreased from 1,386,134 kWh to 1,272,576 kWh, a reduction of 113,558 kWh, or 8.19%.

Item 2024 2025 Change from 2024
Annual Carbon Emissions 657,028 kgCO₂e 539,572 kgCO₂e Decrease of 117,456 kgCO₂e
Annual Electricity Consumption 1,386,134 kWh 1,272,576 kWh Decrease of 113,558 kWh

Renewable Energy

In 2025, Fuburg’s renewable energy system (rooftop solar power) generated a total of 302,136 kWh. The use of this self-generated clean energy resulted in an estimated reduction of 128,106 kgCO₂e in carbon emissions.

Climate Change Management

Fuburg incorporates climate change into its operational risk and sustainability management and is progressively establishing mechanisms for identifying, assessing, responding to, and monitoring climate-related risks and opportunities through Board oversight, management leadership, and implementation by relevant responsible departments.

The Company’s climate management priorities include the impact of extreme weather on business continuity, energy and greenhouse gas management, supply chain adjustments, the development of products using environmentally friendly materials, and changes in market demand for low-carbon products. Fuburg will progressively enhance the completeness of its climate-related disclosures based on its scale of operations and data availability.

Climate Governance Framework

Area Fuburg’s Management Approach Key Implementation Focus
Governance The Board of Directors and management oversee corporate governance, risk management, and sustainability issues, while Administration, Manufacturing, Facility Management, Procurement, R&D, Finance, Human Resources, and other relevant functions carry out implementation according to their responsibilities. Incorporate climate and environmental issues into annual management and sustainability information compilation.
Strategy Identify the impacts of climate change on production, supply chains, energy costs, logistics, and customer demand for low-carbon products. Enhance operational resilience through regionalized supply chains, products using environmentally friendly materials, energy-efficient equipment, and carbon inventory data development.
Risk Management Assess physical and transition risks based on existing risk management, environmental safety and health management, facility inspections, and emergency response mechanisms. Manage and improve responses to high temperatures, heavy rainfall, energy prices, environmental regulations, and customer low-carbon requirements.
Metrics and Targets Use energy consumption, greenhouse gas emissions, water use, waste, environmental expenditures, and energy-saving improvements as initial management indicators. Progressively strengthen data boundaries, calculation methodologies, year-on-year comparisons, and reduction target tracking.

Climate-Related Risks and Opportunities

Category Climate Issue Potential Impact Fuburg’s Response
Physical Risk Extreme rainfall, typhoons, high temperatures, and changes in water resources May affect plant operations, equipment safety, logistics, and employee workplace safety. Strengthen facility inspections, drainage and equipment maintenance, establish incident reporting and emergency response procedures, and continue to monitor workplace safety.
Transition Risk Energy prices, carbon management requirements, and environmental regulations May increase operating costs and requirements for energy and emissions data management. Promote energy monitoring, energy-efficiency improvements, greenhouse gas inventory data development, and environmental management systems.
Transition Risk Growing customer and market demand for low-carbon and environmentally friendly products May affect product design, material selection, packaging, and supply chain requirements. Continue to develop care products using environmentally friendly materials and assess plastic reduction, lightweight design, and green material applications.
Supply Chain Risk Raw material supply and logistics affected by weather or regional events May cause delivery delays, cost fluctuations, or supply instability. Diversify supply sources and promote local procurement and supplier communication to reduce supply chain disruption risks.
Climate Opportunity Improved energy efficiency and development of low-carbon products May help reduce energy costs, strengthen brand image, and respond to customer and market expectations. Promote energy-efficient equipment, energy monitoring, environmentally friendly product development, and employee energy-saving education.

Climate-Related Indicators

Climate-Related Indicator Current Disclosure or Management Basis Future Management Direction
Energy Use Electricity data, equipment improvements, energy monitoring, and energy-saving measures. Continue to establish methods for tracking energy-use trends, energy-saving performance, and energy intensity.
Greenhouse Gas Emissions Preliminary emissions statistics based on purchased electricity and operating activity data. Progressively improve Scope 1, Scope 2, and other relevant emissions information and strengthen disclosure of inventory boundaries.
Water Resources and Waste Managed based on facility water consumption, waste disposal, and recycling data. Continue to review water-use efficiency, waste reduction, and the completeness of recycling and reuse data.
Low-Carbon Products Environmentally friendly materials, plastic reduction, and product development directions. Continue to evaluate material substitution, product lightweighting, packaging reduction, and opportunities for low-carbon supply chain collaboration.