Government and Schools
strategies and measures to enhance energy efficiency
Challenges
Currently, governments and educational institutions are facing significant energy consumption challenges. With the advancement of digitalization and modernization, the electricity and resources required by these institutions in their daily operations continue to increase. In order to effectively address this issue, the government needs to formulate more targeted policies to promote the application of renewable energy and encourage schools to adopt energy-saving measures such as smart lighting systems and optimized air-conditioning management. Only through concerted efforts can sustainable development be achieved, energy waste can be reduced, and a more environmentally conscious operating environment can be created for the future.
Solutions
In schools, smart lighting systems can automatically sense and turn lights on and off according to the usage of different spaces. Smart temperature control systems can automatically turn off air conditioners when there is no one in the classroom, or adjust to the most comfortable temperature according to the temperature of the day. The combination of the two not only saves electricity, but also avoids waste caused by students forgetting to turn off lights and air conditioners. In addition, the setting of wireless cloud PLC simplifies the installation of the device, eliminating the need for cumbersome wiring, thereby saving more costs, allowing schools to control electricity costs more effectively, and reducing the pressure on teachers and students to turn on and off the power.
Smart lighting system
Sensors automate lighting control, and a zone control system customizes lighting for different classrooms and public spaces.
Lighting schedules align with class timings to minimize energy waste, while a wireless control switch enables real-time brightness adjustments by instructors, optimizing the learning environment.
Intelligent temperature control system
The air-conditioning system automatically adjusts temperature based on real-time personnel flow and environmental conditions, with scheduling to prevent operation during unoccupied hours.
Energy consumption is monitored via wireless smart meters and hooks, enabling data analysis to identify strategies for reducing energy use and optimizing management.
