Elements of green building implementation as reflected in all construction and renovation policies (EC.6)

Sakon Nakhon Rajabhat University (SNRU) has systematically executed comprehensive green building and energy efficiency strategies across its entire building inventory. As detailed across Screenshot 2569-06-28 at 20.33.15_2.png and Screenshot 2569-06-28 at 20.33.27_2.png, the university evaluates and monitors 25 core facilities and academic buildings (spanning a combined internal operational area) to embed smart, eco-friendly infrastructural elements. The campus infrastructure demonstrates sustainable architecture through three primary green components:

• 1. Full LED Lighting Integration (100% Adaptation):To minimize energy footprints and optimize power management, all 25 identified facilities—ranging from smaller specialized hubs like Building 22 ($720.00\text{ m}^2$) to the massive multi-use spaces like Building 19 ($19,350.00\text{ m}^2$)—have successfully transitioned to 100% energy-efficient LED lighting systems. This integration significantly lowers ambient building heat and slashes baseline electricity demand campus-wide.
• 2. Smart Design and Natural Ventilation (Passive Cooling):Passive sustainable cooling architectures are actively integrated into major facilities to diminish mechanical cooling loads. Natural ventilation mechanisms are engineered into high-capacity centers and faculty compounds, including the Faculty of Education complexes (Building 2 and Building 16), the Multi-Purpose Laboratory Building (Building 13, $9,700.00\text{ m}^2$), and the Faculty of Industrial Technology (Building 14, $12,750.00\text{ m}^2$). This ensures high indoor air quality, maximizes airflow, and reduces dependence on intensive HVAC systems.
• 3. Renewable Energy & Decentralized Solar PV Networks:To transition toward an autonomous smart grid, the university has integrated solar photovoltaic (PV) generation facilities on critical high-consumption structure rooftops. Major hubs equipped with Solar PV generation include the Faculty of Industrial Technology (Building 14), the Indoor Gymnasium (Building 17, $6,000.00\text{ m}^2$), Ratchaphruek Stadium (Building 18), the core Lecture Hall Complex (Building 19), and the large-scale Multi-Purpose Building (Building 20, $16,936.00\text{ m}^2$).

By multi-layering LED installations, passive air-circulation designs, and clean energy harvesting technologies across its facilities, SNRU consistently optimizes its resource utilization, decreases operational greenhouse gas outputs, and sets a regional benchmark for smart green campus operations.