Energy Efficiency Plan

Energy Efficiency Plan

Centurion University is committed to reducing its overall energy consumption through a comprehensive energy efficiency plan. The University has conducted detailed energy audits and assessments to identify high-energy consumption areas and potential improvements.

By evaluating the efficiency of lighting, HVAC systems, and other energy-consuming equipment, the university aims to implement practical and impactful solutions. Upgrades to energy-efficient LED lighting, promoting the use of natural daylight, and encouraging simple energy-saving practices are key components of this strategy.

Additionally, the university maintains and tunes HVAC systems for optimal performance and has installed solar grids to harness renewable energy. The introduction of wheeling to the grid ensures a reliable and efficient energy supply by facilitating the transfer of electricity between the university and the electrical grid.

Reducing Overall Energy Consumption

Centurion University has established six campuses at Bhubaneswar, Paralakhemundi, Rayagada, Bolangir, Chhatrapur and Balasore. Bhubaneswar campus leads significantly in solar and wind energy production, with 60895 KWHr (2,19 Gjoules) from solar and 4,380 KWHr (15.768 Gjoules) from wind, contributing to a substantial total electricity generation of 5,92,446 KWHr (2132.80 Gjoules). Paralakhemundi campus generates a notable 588066 KWHr (2117. Gjoules) from solar energy. Rayagada and Bolangir campuses report minimal contributions from diesel generators.

Solar EV Charging Station

Centurion University has established a solar EV charging station within its campus. This system integrates solar panels with EV charging infrastructure, utilizing sunlight to charge electric vehicles. Typically, the setup includes eight solar panels, each with a capacity of 250Wp, to capture sunlight. A 60V, 30A solar charge controller manages the battery charging process. The EV charging station is connected either to the solar system or the building’s electrical system. Energy is stored in four 12V, 100Ah batteries, ensuring a reliable power supply for charging electric vehicles.

EV Charging Station Installed inside the Campus

Solar Powered E-Cycles

Centurion University has developed a novel hybrid e-bike system utilizing solar energy for battery charging. This system integrates a bicycle with an electric geared motor to enhance propulsion efficiency. The distance traveled and time between batteries alone and batteries are paired with photovoltaic modules. Results show improved efficiency with solar charging, allowing the bike to cover approximately 23.5 km/hour and up to 40 km per charge. The system includes a 250W PMDC un-geared motor, supporting loads up to 85 kg, and features a solar panel capable of charging at 20 watts, 21.79 volts, and 1.29 A. the University has provided 150 no of stations to TTL Bangalore in the year 2021.

Solar Powered Cycle Designed and Developed in the University

Solar Fencing- A Prototype Design

Centurion University has developed a sustainable solar fencing system to protect agricultural land from wildlife intrusion. The system employs operational amplifier circuits for early detection and warning of animal intrusion, aiming to mitigate crop losses and financial burdens. Key objectives include understanding solar energy applications in agriculture and analyzing the performance of the solar fencing system in real-time scenarios. Solar Fencing is a research project in the domain of renewable energy applications. The system, which is 25  feet in length, is installed inside the University.

Solar Fencing Designed and Developed in the Campus

Future Plans and Time-Line

Centurion University of Technology and Management Energy Target 2024-2027

• Conduct comprehensive energy audits across all campuses. Implement advanced energy management systems in all buildings 2025 Launch an energy-saving awareness campaign for staff, students, and faculty.
• Install solar panels on 50% of suitable rooftop areas by the end of 2025. Conduct feasibility study for wind turbine installation. Establish a bioenergy production facility using campus organic waste by 2025. Increase green power procurement to 30% of total energy consumption by 2026.
• Replace all lighting with LED systems by 2024. Install motion sensors for lighting in all common areas by 2025. Optimize HVAC systems for maximum efficiency by 2025. Incorporate energy-efficient design in all new constructions and renovations starting 2024.
• Install electric vehicle charging stations at all campuses by 2025. Introduce a bike-sharing program for students and staff by 2025.
• Enhance recycling programs to cover all types of waste by 2025. Implement composting facilities at all campuses by 2025. Launch a “Zero Waste” campaign to minimize waste generation by 2025.
• Allocate some budget of the university’s research budget to sustainable technologies by 2025. Establish partnerships with at least three industry leaders in clean energy by 2026.
• Integrate sustainability modules into all degree programs by 2025. Conduct monthly workshops and seminars on clean energy topics.
• Establish a set of key performance indicators (KPIs) for clean energy goals by 2026. Publish the first annual sustainability report 2025.
• Conduct annual compliance audits with environmental regulations and review and adjust the energy plan annually based on progress and new technologies