More campuses across the country are taking an interest in microgrids, self-sufficient energy systems designed to serve a single, specific location. These systems offer colleges and universities a way to keep critical electricity flowing during power outages, increase use of renewable energy, pursue climate goals, and better optimize energy supplies and campus loads— offering savings potential to free up funds for other priorities. They are also being used as an educational and sustainability awareness tool.
Read the latest special report from Microgrid Knowledge, “The Genius of Microgrids in Higher Education.” It provides an introduction to microgrids and how they work and highlights some microgrids in use on campuses today.
Defining the future of microgrids at the Siemens "living lab" campus in Princeton, New Jersey
Located in Princeton, New Jersey, the Siemens “Living Lab” Microgrid Campus conducts groundbreaking research in the realm of microgrids, and how various energy-related generation, storage and building management products behave and work together in a dynamic real-life microgrid environment.
The microgrid campus employs an array of value-add elements as part of its research, including:
- Dual purpose photovoltaic panels
- Energy storage for powering a building
- Building management integration
- Energy analytics dashboards
- Electric vehicle integration
- Integration of third-party technologies
On-site energy solutions create sustainable and resilient campuses
Microgrids are just one of the ways Siemens helps colleges and universities implement on-site energy solutions on campus. Our on-site energy solutions help protect your power supply while reducing greenhouse gas emissions and cutting overall energy costs – savings that help preserve capital for your institution’s core mission. We bring expertise local energy generation, distribution, storage, and management to help campuses take control of their power supply.
Webinar: Prepared for Anything: Ensuring a Resilient Reliable Energy Supply, featured as part of the APPA 2020 Higher Education Symposium
Presenters: Todd Thurlow and Fred James
Maintaining a resilient energy supply is becoming increasingly important to campuses across the country. Improving the resilience of a campus energy supply can be achieved without sacrificing sustainability objectives or utility budgets. Through a combination of supply improvement measures, onsite generation technologies, energy storage, and microgrid controls applications, a campus can drastically improve the resilience of its energy supply. Further, recent trends in utility project implementation have led to a broader range of outsourced options, which provides campuses greater flexibility to pursue resiliency projects while effectively managing capital resources.
Start planning your Campus of the Future today.
We're ready to help you take the first step in creating your campus of the future. Learn what strategies and technologies make the most sense for you. Visit us online to learn more about our portfolio of solutions and services for higher education or contact one of our knowledgeable, local experts.
We strive to be a trusted partner to colleges and universities, and positively contribute to your strategic objectives and core priorities. This includes addressing new and future challenges so you can continue to deliver on your mission with confidence. We can work with you to create a roadmap for your campus environment: one that is safe, healthy, secure and comfortable, while being energy efficient and sustainable. Learn more about how we can work with you to open possibilities and create opportunities.
Our new Campus of the Future report shows how colleges and universities can leverage technology to boost their reputations, attract students, and better prepare graduates for a digital tomorrow. Our report examines what is possible, today and in the future, for campus energy, buildings, mobility, and safety and security, keeping in mind the realities of limited budgets and resources.