ABUAD University Energy Audit

In 2024, ABUAD has intensified its commitment to minimizing energy wastage, a vital initiative spearheaded by the Directorate of Works and Services. This department has taken a systematic approach to energy management by conducting detailed quarterly energy audits and comprehensive energy profile assessments across all university buildings.

During these audits, the team meticulously examines various aspects of energy consumption, including the types of energy used, the duration of use, and specific patterns of energy usage throughout different times of the day. By analyzing data on a weekly basis, the director and his team have developed a nuanced understanding of how energy is consumed on campus.

To visualize this data effectively, they create a series of informative plots and charts that highlight energy usage trends over time. This analytical process allows them to pinpoint peak consumption periods, identifying specific times when the demand for energy is at its highest. With this information in hand, they can calculate the percentage of energy consumed during these peak periods in comparison to the off-peak periods, which typically represent times of lower energy demand.

This detailed analysis not only reveals the level of energy wastage taking place but also provides insights into the extent of the issue within the university’s energy management framework. Consequently, ABUAD can leverage this information to develop targeted strategies aimed at enhancing energy efficiency, raising awareness about responsible energy use, and implementing sustainable practices that will contribute to a more environmentally friendly campus.

2024 ABUAD Energy Conservation and Waste Management Report

In 2024, the Directorate of Works and Services conducted an energy audit, no significant increase in energy generation through the University Independent Power Project. This project utilizes renewable sources such as natural gas, hydro power, and solar energy, resulting in a total generation of 5.85 gigajoules.

In January 2024, the university reduced its energy consumption to 35% of the total energy generated (5.85 gigajoules), marking a sharp decrease compared to January 2023. In January 2023, energy consumption was high, at 31% of 5.85 gigajoules (equivalent to 1.8135 gigajoules). This was a significant improvement from nearly 100% consumption in January 2022 and 2023. The high consumption levels in 2021 and 2022 as well as low percentage in 2023 were mainly due to the use of energy-intensive bulbs, fluorescent lights, and the continuous use of electrical appliances by students and staff. Improper management of high-powered fans and air conditioners during non-class hours, along with the frequent use of energy-consuming devices during daylight, contributed to energy wastage and increased greenhouse gas emissions.

The successful implementation of the University’s Energy Conservation Policy has led to a substantial reduction in energy waste. This policy mandates that existing buildings switch to LED lighting, which consumes less power and emits fewer pollutants, while new buildings are also required to use LED lighting. Furthermore, the adoption of energy control devices and awareness campaigns on energy conservation have significantly decreased energy waste. The percentage of energy reduction improved from 50% in December 2021 to approximately 78% in December 2022, an impressive 95% in December 2023 was totally reduced to almost 100% in 2024. This progress has created more opportunities to redirect energy resources to power neighboring local communities.

It is important to note that the primary source of energy waste has been the use of traditional bulbs and high-powered electrical devices. As of December 2021, these accounted for approximately 65% of energy waste. This figure decreased to 20% in December 2022, dropped to just 5% in December 2023 and further reduced to 0.01% in 2024.

In 2024, the Directorate of Works and Services conducted an energy audit, revealing no significant increase in energy generation through the University Independent Power Project. This project utilizes renewable sources such as natural gas, hydro power, and solar energy, resulting in a total generation of 5.85 gigajoules.

In January 2024, the university reduced its energy consumption to 18% of the total energy generated (5.85 gigajoules), marking a sharp decrease compared to January 2023. In January 2024, energy consumption was high, at 17% of 5.85 gigajoules (equivalent to 0.9945 gigajoules). This was a significant improvement from nearly 100% consumption in January 2021. The high consumption levels in 2021 were mainly due to the use of energy-intensive bulbs, fluorescent lights, and the continuous use of electrical appliances by students and staff. Improper management of high-powered fans and air conditioners during non-class hours, along with the frequent use of energy-consuming devices during daylight, contributed to energy wastage and increased greenhouse gas emissions.

The successful implementation of the University’s Energy Conservation Policy has led to a substantial reduction in energy waste. This policy mandates that existing buildings switch to LED lighting, which consumes less power and emits fewer pollutants, while new buildings are also required to use LED lighting. Furthermore, the adoption of energy control devices and awareness campaigns on energy conservation have significantly decreased energy waste. The percentage of energy reduction improved from 50% in December 2021 to approximately 78% in December 2022, reaching an impressive 95% in December 2023 and almost 0.01% in December 2024. This progress has created more opportunities to redirect energy resources to power neighboring local communities.

It is important to note that the primary source of energy waste has been the use of traditional bulbs and high-powered electrical devices. As of December 2021, these accounted for approximately 65% of energy waste. This figure decreased to 20% in December 2022, dropped to just 5% in December 2023 and further reduced to 0.01% in December 2024.

In 2024, ABUAD, In line with the 2024 Reviewed University Energy Conservation Policy and the 2024 Reviewed Energy and Utility Campus Master Plan, implemented a systematic approach to energy management by conducting comprehensive energy audits every quarter. These audits serve as a means to gather detailed data and assess the university’s energy consumption trends over the year. The primary goal of these audits is to ensure that energy usage aligns with the predetermined efficiency standards and to minimize any unnecessary waste of resources.

During each audit, a thorough evaluation of various facilities and equipment is carried out to pinpoint specific areas where energy conservation measures can be applied. This involves analyzing energy consumption patterns, identifying inefficient practices, and recommending improvements that could lead to significant savings. Through this diligent process, ABUAD aims to foster a culture of energy awareness and sustainability within the university community, ultimately contributing to its long-term environmental goals.

In April 2022 and 2023, and again in the third edition held in 2024, the Forest Management and Certification Programme served as a pivotal platform for environmental advocacy, featuring prominent figures such as Aare Afe Babalola SAN, the revered founder of Afe Babalola University (ABUAD), and His Excellency, Governor Biodun Oyebanjii, the Governor of Ekiti State. During these events, both leaders delivered inspiring addresses that emphasized the urgent need for reforestation and tree planting as vital strategies to combat environmental degradation.

Aare Afe Babalola highlighted the integral role that trees play in maintaining ecological balance and reducing the harmful effects of carbon emissions and greenhouse gases. He urged local farmers and community members to become stewards of the land, emphasizing that their collective efforts in planting trees not only enhance the landscape but also contribute significantly to the fight against climate change.

Governor Fayemi echoed this sentiment, stressing the importance of community involvement in environmental conservation. He described the detrimental impacts that deforestation and neglect can have on biodiversity and soil health, thereby appealing to the audience’s sense of duty toward future generations.

Together, they aimed to foster a culture of ecological awareness and responsibility, encouraging everyone to take meaningful actions to preserve and protect the environment. Their campaign called on individuals and organizations alike to support reforestation projects, participate in tree-planting activities, and advocate for sustainable agricultural practices, all of which are essential steps toward a healthier and more sustainable ecosystem., Click here to continue reading….