Case Study
Buckinghamshire New University - Hughenden Park Student Village
Buckinghamshire New University is a modern higher education institution serving thousands of students across its campuses in Buckinghamshire. Their Hughenden Park Student Village in High Wycombe represents a significant investment in student accommodation, comprising seven individual residential blocks that provide essential housing for the university community.
The student village presents a complex heating challenge, with each of the seven blocks operating its own independent heating system, all monitored through a single gas meter. The site’s gas consumption serves dual purposes: providing comfortable space heating throughout the residential blocks and ensuring a consistent supply of domestic hot water for hundreds of students.
This combination of high-density occupancy and unpredicatable demand creates substantial annual energy costs that directly impact the university’s operational budget.
Why EndoTherm Was the Perfect Solution
Student accommodation presents an ideal application for EndoTherm’s optimisation technology. The site’s configuration—multiple heating systems operating independently but tracked through centralised metering— meant that any efficiency improvements could be accurately measured and verified.
The university’s commitment to both student welfare and environmental responsibility made them an excellent candidate for piloting the EndoTherm energy-saving solution. With heating systems running throughout the academic year and particularly intensive usage during the colder winter months, even modest efficiency improvements could translate into significant cost savings and carbon reductions.
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Challenges Facing Student Accommodation Heating Systems
High occupancy density with unpredictable usage patterns: Student accommodation experiences intense, variable heating demand as hundreds of residents use the systems simultaneously, particularly during morning and evening peak times, placing enormous strain on heating systems and driving up energy consumption.
Constrained budgets amid rising energy costs: Universities face increasing pressure to control operational expenditure while energy prices continue to climb, making it essential to find cost-effective solutions that reduce consumption without requiring major capital investment in system replacements.
Stringent carbon reduction commitments: The higher education sector faces ambitious net-zero targets and growing scrutiny over environmental performance, requiring institutions to demonstrate measurable progress in reducing their carbon footprint across all campus operations.
Complex multi-system management challenges: Managing multiple independent heating systems across several buildings increases maintenance complexity and makes it difficult to implement consistent efficiency improvements, often resulting in suboptimal performance and wasted energy.
Balancing comfort with sustainability: Universities must maintain comfortable living conditions to support student well-being and satisfaction whilst simultaneously pursuing aggressive energy reduction goals, creating a challenging tension between operational and environmental objectives.
EndoTherm’s installation delivered substantial benefits for Buckinghamshire New University, during the pilot period the sites saved over 13,546kg CO2e, proving that EndoTherm can play a crucial role in helping Universities, particularly in relation to student accomodation, meet their environmental commitments without compromising operational performance. This GHG reduction is equivalent to:
