Energy Management
Importance and Mission
The Company places strong emphasis on efficient and maximally beneficial resource and energy utilization, as business activities require various forms of energy — particularly electricity and fuel for core organizational operations. The Company recognizes the impacts on costs, energy security, and the expectations of customers and stakeholders who place importance on clean energy and environmental impact reduction.
The Company has adopted and announced an Energy Policy and is implementing energy efficiency improvements across all processes alongside seeking increased opportunities for alternative and clean energy use. System improvements, the adoption of energy conservation technologies, and the promotion of energy-saving behavior within the organization are key contributors to reducing environmental impacts, reducing energy cost risks, and supporting long-term competitiveness in pursuit of sustainable development.
Energy PolicyGoals and Performance
| Target | 2025 | Short-term FY2030 | Long-term FY2050 |
|---|---|---|---|
| Reduce electricity consumption from operations compared to base year (2024) | 1% | 25% | More than 90% |
| Energy intensity per unit of operating area compared to base year (2024) | Decrease 1% | Decrease 25% | Decrease 90% |
Performance
Energy consumption was reduced in line with the set targets, achieving reductions exceeding the minimum target of 1%, consisting of:
The proportion of electricity consumption from renewable energy compared to fossil fuel-generated electricity: 1.76%
The proportion of electricity consumption from renewable energy increased by 46.73% compared to the baseline
The energy consumption rate per operational area unit increased by 3.7% compared to the baseline
Supporting the SDGs
Affordable and Clean Energy
Industry, Innovation, and Infrastructure
Responsible Consumption and Production
Climate Action
Life on Land
Partnerships for the Goals
Management Approach
Fuel and Energy Consumption within the Organization
Analysis of energy consumption across the Company's core business activities indicates that electricity is the primary energy source for operations and the most significant contributor to indirect greenhouse gas emissions (Scope 2) relative to other organizational emission sources. Efficient electricity use is therefore a key priority in the Company's energy management and greenhouse gas emissions reduction efforts.
In fiscal year 2025, the Company collected energy consumption data from business and support activities across all 8 operating areas — comprising industrial park office areas, golf course areas, and other operational areas under the Company's control — covering all energy types across all organizational units. The Company recognizes the importance of efficient energy use as both a primary business cost and a key factor generating organizational greenhouse gas emissions, particularly electricity as the Company's primary energy source and the main cause of indirect greenhouse gas emissions (Scope 2). Total energy consumption this year comprised 39.83 million megajoules of electricity (11,063,013.66 kWh) and 9.41 million megajoules from fossil fuels, for a combined total of 49.24 million megajoules. This year, the Company achieved a proportion of electricity consumption from renewable energy compared to fossil fuel-generated electricity of 1.76%, which exceeds the target set by the Company.
Energy Consumption (Electricity / Fuel)
| Operating Areas | Electricity Consumption (kWh) | Fuel Consumption | |||
|---|---|---|---|---|---|
| Fossil Fuel-Generated Electricity | Renewable Energy-Generated Electricity | LPG (Kg) | Diesel (liters) | Gasoline (liters) | |
| Bangkok Headquarters | 113,103.51 | - | - | 12,988.96 | 40,095.44 |
| Saha Group Industrial Park Sriracha | 3,165,299.88 | 122,079.82 | - | 48,912.22 | 17,575.62 |
| Saha Group Industrial Park Kabinbur | 2,828,397.07 | 4,793.11 | - | 31,545.66 | 1,419.19 |
| Saha Group Industrial Park Lamphun | 1,691,135.48 | - | 45.00 | 17,535.70 | 3,061.00 |
| Saha Group Industrial Park Mae Sot | 100,823.70 | - | - | 3,275.83 | 2,055.15 |
| J Park Nihon Mura, Chonburi | 1,534,343.25 | - | 8,160.00 | 702.74 | 522.02 |
| Kabinburi Sport Club Golf Course, Prachinburi | 1,342,358.00 | 67,297.56 | 7,440.00 | 32,853.66 | 18,274.00 |
| Hariphunchai Sport Club Golf Course, Lamphun | 98,175.40 | - | 828.00 | 8,216.56 | 4,771.00 |
| Total | 10,868,843.18 | 194,170.49 | 16,473.00 | 156,031.33 | 87,773.42 |
Energy Efficiency Improvement and Enhancement
The Company recognizes that electricity consumption in operations directly impacts organizational energy costs, Energy Intensity, and indirect greenhouse gas emissions (GHG Scope 2), as well as the expectations of customers and stakeholders regarding clean energy. The Company has therefore defined energy efficiency improvement approaches across all units and promotes participation in energy conservation among employees, contractors, and relevant parties through various measures — such as process improvements, preventive maintenance, energy-efficient technology adoption, and the implementation of organizational energy-saving behavior promotion projects.
Electricity use in industrial park common area
- Convert all road lighting within the industrial parks to LED bulbs replacing fluorescent lights, with solar panel systems capable of using solar energy.
- Install automatic on/off control systems for lighting in industrial park common areas.
- Upgrade/repair electrical equipment and increase the proportion of electricity from clean energy sources.
Electricity use in industrial water production systems
- Implement continuous machinery maintenance planning and regularly inspect electrical equipment to ensure operational readiness.
- Adjust machinery operating schedules appropriately.
Electricity use in wastewater treatment systems
- Adjust system operating periods appropriate to incoming wastewater volumes and aeration periods appropriate to incoming wastewater quality
- Plan maintenance/condition inspections regularly and inspect electrical equipment to ensure normal operational condition.
Electricity use in water circulation and recycling systems
- Inspect electrical equipment to ensure normal operational condition and upgrade/maintain high energy-consuming machinery in pumping systems.
- Increase the use of electricity from clean energy sources in pumping systems.
Electricity use in office buildings
- Promote employee participation in energy saving at work — such as turning off lights and electrical appliances during breaks or when not in use
- Set air conditioning or cooling system temperatures at no lower than 25 degrees Celsius
Stakeholders Directly Impacted
Employee/ Executive
Participated in energy-saving efforts in the office.
Customers
Demonstrated a preference for clean energy and awareness of the impact of energy use.
Suppliers
Took part in responsible energy consumption.
Government Sectors
Submitted reports on compliance with environmental impact prevention and mitigation measures.
