Energy solutions for higher education institutions: Understanding feasibility and benefits of geothermal opportunities

Introduction

Escalating utility prices are placing additional strain on the budgets of higher education institutions. At the same time, concerns about the reliability of the electrical grid are growing, leading campus energy leaders to reassess their operational priorities. There is also increasing pressure from institutional stakeholders to adopt more sustainable practices. In response, energy leaders are now recognizing that onsite power generation, energy storage solutions and investments in resilient infrastructure are no longer optional; they have become mission-critical strategic assets. This shift in perspective is particularly urgent as many campuses contend with aging energy infrastructure that requires significant and costly upgrades to maintain reliable service and support future growth.

Escalating energy costs and limited funding

Energy prices have become a significant burden on institutional budgets. With utility and natural gas rates rising and utility demand charges increasing, some campuses are struggling to manage operational costs while maintaining reliable service across sprawling facilities. Many institutions are experiencing lower student enrollment combined with reduced public funding, which introduces new constraints on overall budgets and potential budget limits on clean energy procurement. This can limit their ability to make large capital investments in energy infrastructure, even when long-term savings are clear.

Given these challenges, institutions are encouraged to explore alternative financing models such as energy-as-a-service, performance contracting and public-private partnerships. Operational audits and resource reallocation can also help streamline administrative functions and prioritize core academic and infrastructure needs. Exploring options for long-term utility cost savings is even more vital during these times.

Aging campus infrastructure

Much of the energy infrastructure on U.S. campuses was built decades ago. Older, outdated systems are often costly to maintain, inefficient and sometimes ill-suited for integrating modern energy technologies. Deferred maintenance and limited capital budgets further complicate efforts to modernize. Most campuses operate like small cities with diverse and interconnected systems. Central utility plants, combined with incremental utility add-ons to serve local loads and distributed generation assets, result in a mix of old and new systems to manage and maintain. The result is not just higher energy bills but also increased safety risks and barriers to integrating modern clean energy technologies. Universities can adopt phased upgrade strategies and modular retrofits.