Ideaz

Problem: On most campuses, large amounts of electricity are wasted every day because lights, fans, air conditioning, and projectors are left running even when classrooms, labs, or libraries are empty. Current systems like manual switches, basic timers, or motion sensors are not efficient enough. They don’t adapt to real usage patterns or class schedules, which results in unnecessary costs for colleges and adds to the carbon footprint.

Solution: A Smart Campus Energy Optimization System can solve this issue by using IoT sensors and AI-based predictions to manage power usage more intelligently. Sensors placed in classrooms and hostels can track occupancy, temperature, and energy consumption in real time. The system can then automatically turn off devices when a room is empty, and pre-cool or light up spaces just before scheduled classes. A central dashboard would allow administrators to monitor usage, set preferences, and get alerts on high-energy areas. This would make the system both efficient and user-friendly.

Market Gap: While many corporate offices use advanced energy management systems, colleges and universities have not widely adopted such solutions. Most campuses rely on outdated manual methods, despite being high-energy zones. This presents a clear gap where technology can save costs and improve sustainability.

Benefits:

• Students and faculty: Comfortable classrooms with consistent lighting and temperature.

• Colleges: Significant reduction in electricity bills and better use of resources.

• Community/Environment: Lower carbon footprint, promoting a greener campus model.

Why It Matters: As a student, I often notice empty rooms with lights and AC running for hours. It feels wasteful and unsustainable. Campuses are meant to be innovation leaders, yet many lag behind in energy efficiency. This solution not only saves money but also contributes to global sustainability goals, helping campuses become both smarter and greener.

Thank You 

Ashish Varma