How Municipal Energy Infrastructure Modernization Improves Resilience
The Dual Challenge Facing Municipalities
Municipalities across the U.S. face rising energy costs, aging infrastructure, and pressure to maintain critical services during increasingly common grid disruptions. Modernizing municipal energy infrastructure can help address these challenges by improving efficiency, reducing operating costs, and strengthening resilience against outages and extreme weather.
By combining energy efficiency upgrades, distributed energy resources (DERs), and energy-as-a-service (EaaS), municipalities can modernize without upfront capital investment.
Why Modernization Matters for Energy Infrastructure
When power disruptions occur, there are far-reaching consequences. These events can put the essential services of a municipality at risk, including emergency services, water systems, public buildings and more.
Modernizing energy systems mitigates risk, reducing the likelihood of energy disruptions and helping to ensure that a region can keep running to serve its community. As the Environmental Protection Agency notes, “Energy efficiency can provide long-term benefits by lowering overall electricity demand, thus reducing the need to invest in new electricity generation and transmission infrastructure.”
By enacting energy efficiency and distributed energy resources, a municipality can lower its energy expenditure, boost its reliability and resilience, and lower its emissions.
What is municipal energy infrastructure modernization?
Municipal energy infrastructure modernization refers to upgrading public-sector energy systems—such as lighting, HVAC, and power supply—with efficient, resilient, and distributed technologies to reduce costs and improve reliability.
Energy Efficiency Upgrades for Municipal Infrastructure
Municipalities who take an “efficiency first” approach to energy modernization experience tangible results the fastest.
Lighting upgrades
Converting streetlights and facilities to LED is a straightforward way to lessen energy consumption. Streetlights make up to 40% of local government electricity consumption, according to some estimates.
Updating to LEDs helps lower the amount of energy needed, while offering a handful of other benefits, too. LED lighting has a longer life, meaning lights will last longer. The bright, aesthetically appealing quality of LEDs also boosts safety and quality of life for locals.
HVAC modernization
Replacing outdated heating and cooling systems with high-efficiency units is an impactful step to significantly reducing energy consumption. Higher efficiency equipment also works better longer, saving on repair and replacement costs in the long run. Plus, better HVACs improve indoor air quality, promoting health in local communities as well.
Smart controls & energy management
Upgraded equipment is enhanced by advanced energy management technologies that can monitor performance, automate behavior, and collect valuable operational data. This helps streamline energy performance with real-time insights and optimization that maximize energy savings and ensure equipment is running efficiently.
How Distributed Energy Resources (DERs) Help Municipalities
Distributed energy resources transform municipalities from passive energy consumers into active, resilient energy systems.
Solar power systems
Supplementing energy supply with solar-generated power help municipalities reduce their reliance on grid electricity. Rooftop and ground-mounted solar for municipal facilities can lessen overall grid demand, which lowers costs and reduces the risk of blackouts.
Plus, solar energy is clean, improving sustainability, and predictable, as energy can be generated consistently year-round.
Battery energy storage systems (BESS)
Battery storage has a few different applications for municipalities. First, it can help any excess solar energy generated for later use. Batteries can also store energy, whether from solar or the grid, to provide backup power during any outage.
The third way battery storage can benefit municipalities is by enabling peak shaving and demand response to lower energy demand peaks, which helps avoid surcharges and risky spikes that disrupt service.
Electric vehicle (EV) charging infrastructure
Installing EV charging infrastructure helps the community at large by supporting municipal fleet electrification and public charging access. Sophisticated EV solutions can even integrate with energy systems for load flexibility.
Designing for Resilience: Keeping Essential Services Online
What is energy resilience in municipalities? Energy resilience is the ability of municipal infrastructure to maintain critical operations during disruptions such as grid outages, extreme weather events, or fuel supply interruptions.
Modern energy systems can:
- Maintain power for emergency response centers
- Keep water treatment plants operational
- Support shelters during disaster
Efficiency practices and storage reduce risk from:
- Grid outages
- Fuel supply disruptions
- Extreme weather events
A city with high efficiency energy infrastructure, solar panels, and battery storage capabilities can continue operating even if the grid goes down.
However, there is a major challenge facing municipalities across the US. Limited municipal budgets mean the high upfront capital costs of energy infrastructure revamps can be a barrier. Some simply cannot afford the money or time needed for implementation and ongoing management; other times there are other priorities that get in the way.
The solution: Energy-as-a-Service (EaaS)
More municipalities are turning to third-party energy-as-a-service providers to design, fund, install, and maintain energy infrastructure upgrades. Companies like Budderfly offer a suite of solutions that help municipalities modernize their facilities and optimize their energy consumption without upfront costs.
Benefits:
- No upfront capital required
- Immediate savings
- Technology and performance risk shifted off the municipality
- Faster deployment at scale
Frequently Asked Questions
What is energy-as-a-service (EaaS) for municipalities?
Energy-as-a-service (EaaS) is a model where a third party designs, finances, installs, and maintains energy infrastructure, allowing municipalities to modernize without upfront costs.
How do distributed energy resources improve municipal resilience?
DERs like solar and battery storage reduce reliance on centralized grids and provide backup power, ensuring essential services remain operational during outages.
What are the fastest energy upgrades for municipalities?
LED lighting, HVAC upgrades, and smart energy management systems typically deliver the quickest savings and efficiency gains.
Conclusion: Modern Energy Infrastructure for Stronger Communities
Modernizing energy infrastructure can be a strategic asset for resilience and sustainability for municipalities. By combining energy efficiency, distributed energy technologies, and ongoing management, municipalities can future-proof their communities without sacrificing other priorities.
Ready to modernize your municipality’s infrastructure?