Public safety demands unwavering reliability. Distributed generation provides the critical backup power needed for police, fire, and emergency shelters, ensuring uninterrupted operations during grid outages. Microgrids with solar, energy storage systems, and emergency backup generators fortify essential infrastructure, enabling rapid response and community protection. We deliver tailored solutions, safeguarding those who protect us.
Imagine your school's energy bills going down while your learning environment becomes more reliable. We can make that happen! We design smart energy systems, like solar photovoltaic and emergency backup power, to keep your school running smoothly, even when the grid isn't. This means less money spent on energy and more money for what matters: your students.
Wastewater treatment facilities, vital for public health and environmental quality, demand consistent and reliable energy 24/7/365. We offer distributed generation solutions to address energy costs and ensure operational continuity. These solutions integrate combined heat and power systems using biogas, renewable energy sources, and advanced storage technologies.
Landfills present a unique opportunity to harness the power of methane through distributed generation. By capturing and utilizing landfill gas, a byproduct of decomposing organic waste, we can generate clean, reliable electricity. This process not only reduces greenhouse gas emissions but also provides a sustainable energy source, transforming environmental liabilities into valuable assets.
Government facilities, the cornerstone of community administration, require consistent and reliable energy to maintain essential services. Distributed generation ensures uninterrupted operations for city halls, courthouses, and administrative buildings, safeguarding vital records and public access. Microgrids with solar, storage, and backup systems provide resilience against grid disruptions, enabling continuous service delivery. We design solutions that empower municipalities to serve their communities effectively.
Public transportation demands reliable and sustainable energy to keep communities moving. Distributed generation offers solutions for electrifying transit fleets and infrastructure. Solar-powered charging stations, microgrids for transit hubs, and on-site energy storage ensure uninterrupted service, reduce emissions, and lower operational costs. We design integrated systems for powering the future of public transportation.
Explore these public case studies where businesses and organizations have achieved energy savings, increased resilience, and reduced their environmental impact using distributed energy resources.
Technologies: Solar PV and Battery Energy Storage
The Stafford Hill Solar Farm and Microgrid project in Rutland, Vermont, demonstrates how solar PV and battery storage can provide cost savings and resilient backup power for emergency shelters. The project includes a 2.5 MW solar array and 4 MW / 3.4 MWh of battery storage. This microgrid not only cuts operating costs and supports renewable energy integration, but also ensures that the nearby Red Cross emergency shelter at Rutland High School can maintain power during grid outages. Notably, in its first year of operation, the project saved customers over $200,000 during a single hour by reducing peak demand, showcasing the significant financial benefits of this innovative system.
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Technologies: Solar PV and Battery Energy Storage
Edward J. Schwartz Federal Building and U.S. Courthouse: This building has installed 462 kilowatts of solar photovoltaic systems on carports and rooftops. Additionally, a 750kW / 1,425 kWh lithium-ion battery energy storage system (BESS) was installed to reduce peak demand, optimize utility consumption, and minimize costs. The system has been operational since January 2018 with 99.8% uptime.
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Technologies: Anaerobic Digester Biogas & Natural Gas CHP
The City of Springfield, MO, implemented a 2.4 MW combined heat and power (CHP) distributed generation system at its Southwest Wastewater Treatment Plant to ensure reliable operations and achieve significant cost savings. This system features two 1.2 MW CAT CG170-12 reciprocating engines and provides on-site power generation. This enhances the 30 million gallons/day avg. (100 MGD peak) facility's resilience by enabling it to maintain critical wastewater treatment services even during grid outages. The CHP system also recovers 8.5 MMBtu/hr of thermal energy for heating the digester and building. Fueled by anaerobic digester biogas and natural gas, the $5.8 million project generates annual savings of approximately $1.0 million. The system began operation in 2019.
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