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A student stands in front of solar panels, likely in a higher education setting.

Smart energy management for higher education

Annual energy bills are a major expense for higher education institutions (HEIs). Siemens helps universities reduce this cost with innovative, integrated digital solutions to optimize energy use, creating a resilient campus environment for current and future students.

Resources

Power higher education efficiently

With their scale and complexity rivaling small cities, campuses have substantial energy demands. These energy costs represent a significant expense for higher education institutions, made worse by outdated infrastructure that creates unnecessary waste and strains already tight budgets.

A diagram showing the core benefits of cost efficiency, resilience, and mHero.

More cost efficiency and resilience

Address inefficiencies and reduce costs with real-time monitoring and energy consumption control. Smart energy management enhances campus energy infrastructure by enabling prompt issue resolution and reducing power outages.

A community of people gathered around a table with various sustainable products on display.

Sustainability and community engagement

Reinforce a commitment to sustainability by reducing energy consumption and lowering the carbon footprint. This enhances the institution's reputation, engages the community and encourages sustainable practices beyond the campus.

A person is standing in front of a whiteboard with educational research text written on it.

New educational and research opportunities

Prepare students for the growing job market in clean energy by integrating smart energy management into the curriculum. A smart energy campus also enables HEIs to secure funding and develop new technologies and practices.

Transform your campus into a beam of energy efficiency

On campus, IoT sensors, predictive analytics and automation work together to achieve energy data transparency, enable effective monitoring and drive targeted improvements, helping HEIs create lasting success.

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A graph showing energy consumption trends with a focus on smart energy management.

Identify energy-saving potential by integrating and analyzing data from various sources on a single platform, ensuring smooth and reliable campus operations.

Case study

A truly sustainable partnership

Humber Polytechnic

Toronto, Canada

Desigo building automation, microgrids, SICAM A8000 and distribution control panel

A long-term strategic alliance to advance higher education and support an ambitious campus decarbonization plan.

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