2.3 Smart Building implementation

Princess Chulabhorn 60th Birthday Anniversary Science Research Center Building

1. Approximate area: 16,512 square meters.
2. LED lighting system.
3. Automatic elevator system integrated with the Fire Alarm system.
4. Fire Pump system with a capacity of 1000 GPM.
5. Pressurized fan control system.
6. Fire pump sprinkler system complying with FM/UL standards.
7. Air conditioning system using an inverter (Single phase/Three phase).
8. Wastewater treatment system with capacities of 30 cu.m. and 60 cu.m.
9. Power generator with a capacity of 400 KVA.

Kasetsart University emphasizes designing and planning its structures and architecture with a focus on environmental preservation, biodiversity, and energy conservation. The university encourages faculty, staff, and students to volunteer in planning community-oriented structures and architectural designs. New buildings are designed to have open layouts, with entrances facing roads or internal transportation systems within the university to facilitate accessibility. Lighting and air conditioning systems are designed to use energy-efficient equipment such as LED bulbs and energy-saving air conditioners with electricity saving label No. 5. For buildings larger than 1,000 square meters, the university evaluates them for green building standards, promoting the construction of smart buildings across the campus. The university also dedicates green zones to prevent new construction in those areas, encouraging departments to implement green office practices. Vertical tree planting around buildings and the utilization of underused or unusable spaces for green areas or other building projects are
also promoted.

The Way Forward for a Sustainable University
Kasetsart University is continuously developing and upgrading its infrastructure with a focus on sustainability. New buildings are designed to improve the efficiency of indoor spaces, ensuring a high quality of life, health, and safety for those occupying the facilities. Workspaces
are made more comfortable and accessible for employees of all ages, including people with disabilities. Although energy-efficient appliances and environmentally friendly technologies may seem distant from everyday concerns, energy conservation and environmental sustainability are integral to adopting advanced technology. The development of smart appliances and electrical devices has been driven by the need to save energy and lower costs while promoting environmental friendliness. Appliances in modern buildings now incorporate innovations such as the Internet of Things (IoT), connecting devices to create a more efficient, energy-saving environment. "Internet of Things (IoT)" technology allows electrical devices in buildings to be interconnected and controlled via remote devices, facilitating the operation of smart buildings and smart cities. This technology provides building managers with easy control over lighting, cooling, and security systems, creating eco-friendly, energy-saving buildings.

"The Way Forward" for developing Smart Buildings involves strategies and advanced technologies that increase building efficiency, safety, and energy conservation.

The key guidelines for the development of Smart Buildings are as follows:
1. Use of Internet of Things (IoT) : Connecting various devices in the building, such as sensors, electrical appliances, and security systems, via the internet, enabling automatic building management e.g., controlling lighting and air conditioning systems and managing
energy use.
2. Energy Management : Technologies that improve energy efficiency, such as sensors that detect energy consumption and adjust lighting to work only when needed or control air conditioning systems based on external temperatures.
3. Data Analytics : Collecting and analyzing data from various building systems to predict energy needs, perform preventive maintenance, and optimize space usage.
4. Security Systems : Smart security technologies, such as advanced CCTV, facial recognition, or keycard systems connected to cloud-based networks, help manage building access.
5. Automation Systems : Automated systems for managing lighting and air conditioning, smart elevators that conserve energy, and automatic access controls.
6. Renewable Energy Integration: Incorporating renewable energy sources, such as solar panels and natural energy storage systems, reduces dependence on finite resources.
7. Health and Well-being : Designing buildings that provide good air quality, control temperature and humidity, and enhance the health and comfort of occupants.
8. Artificial Intelligence (AI) and Machine Learning : AI and machine learning can predict future building needs, such as energy usage and maintenance requirements, to optimize building management.Smart Building concepts leverage technology to manage buildings more efficiently, improving comfort, safety, and long-term energy cost savings.

Remark: All activities in section 2.3 reference the Sustainable Development Goals (SDGs), also known as Global Goals, particularly SDG 11: Making cities inclusive, safe, resilient, and sustainable. This includes enhancing inclusive and sustainable urbanization, and the capacity
for participatory, integrated, and sustainable human settlement planning and management in all countries.