Solar PV Adoption
Phase I: Solar PV Adoption for Car Park Canopy
The project to adopt solar PV for the car park canopy is fully aligned with the sustainable development goals. It aims to shield vehicles from wind, sunlight, and rain while enhancing the aesthetic appeal of the parking area. Additionally, this project seeks to develop a sustainable and clean power supply. The solar PV system boasts a maximum power capacity of 280 kW, with an average annual energy production of approximately 287,980 kWh. This represents a clean energy solution that is both eco-friendly and beneficial for the environment.
Phase II: Expansion of Solar Photovoltaic Project
After successfully implementing the solar photovoltaic project on its parking sheds, UNNC conducted a comprehensive analysis and assessment of existing platforms. With meticulous design and thorough review by the design institute, these platforms were effectively utilized and equipped with photovoltaic equipment. As of now, the total installed capacity of the university's photovoltaic system has reached a significant level-712.82 kWh. This initiative has made a substantial impact on the university's electricity supply situation, promoting energy conservation and emission reduction while embodying the green and environmentally friendly development concept with vigor and dedication.
Energy Saving
According to University of Nottingham Strategy – Contributing to Sustainable Development Goals, we will create a safe and sustainable space and place that support the campus sustainable development.
Building Automation (BA) system is a system that provides a high-tech control platform by installing signal communication modules, centralized computer APP, smart sensors and panels which can be connected and aligned with existing equipment. Furthermore, a monitor system with meter reading and data analysis can draw a full picture of overall operation status and detailed power consumption for the entire building. By installing an integrated BA system with high-efficiency operation of HVAC, lighting, fresh air system, etc. We have made improvement on energy saving as well as on the users’ experience. Now, six buildings (Trent, PMB, LDB, New Library, CSET, IEB) have been connected to the BA system.
Yang Fujia Building Facade Renovation
The project to replace the exterior façade and windows of the Teaching Building was successfully concluded in September 2024. From the initial phase of demolishing outdated structures to the installation of new ones, meticulous design and construction ensured that this building underwent a comprehensive upgrade, not just of its waterproofing and insulation systems, but also of its exterior appearance.
The new exterior, crafted from high-quality aluminum panels and stone, coupled with advanced triple-glazed, double-cavity doors and windows, has significantly enhanced the building's thermal insulation performance. This ensures that energy is utilized effectively, while also imparting a renewed sense of vitality and elegance to the building.
The construction work has been hailed as a resounding success, showcasing a holistic transformation of the building's exterior. This not only elevates its aesthetic appeal but also underscores our unwavering commitment to improving the overall environment and fostering a sustainable future.