What is Distributed Generation?
Distributed generation refers to producing electricity at or near the point of use, rather than relying solely on centralized power plants. By generating energy onsite, businesses can improve efficiency, reduce transmission losses, and gain greater control over their energy supply.
Why Choose Distributed Generation?
Scalability
Integrate renewable energy sources to lower carbon footprint.
Sustainability
Reduce carbon footprint by utilizing renewable energy sources.
Energy Independence
Maintain operations during grid outages with integrated storage and backup systems.
Cost Savings
Lower utility bills through reduced grid consumption and potential revenue from excess energy.
CASE STUDY
Visalia Fruit Processor
5.5 MWdc
3.9 MWh
The customer, an industrial fruit processing facility in Visalia CA, was forced to enter into demand response programs to keep electricity cost at bay. However, they felt these programs, which resulted in system and production stoppages, were both hurting business and damaging equipment. Further, they had tried natural gas cogeneration solutions with mixed results and disappointing reliability.
They were looking for a solution where they could operate at full capacity while saving significantly on one of their biggest costs—electricity.
Applications for Distributed Generation
By tailoring energy solutions to specific needs and locations, distributed generation plays a crucial role in modernizing energy systems and promoting sustainable development.
Urban Microgrids and Smart Cities
In urban settings, DG can be integrated into microgrids to support smart city initiatives. These systems enhance grid flexibility, support electric vehicle charging infrastructure, and contribute to overall urban sustainability goals.
Educational and Institutional Campuses
Universities and research institutions often have substantial and variable energy needs. Implementing DG allows these campuses to manage energy consumption more effectively, integrate renewable sources, and serve as models for sustainable practices.
Critical Infrastructure and Public Services
Hospitals, emergency services, and military bases require a reliable power supply. DG systems ensure these facilities maintain operations during grid disruptions, enhancing public safety and service continuity.
Community Energy Solutions
Communities can utilize DG technologies, such as rooftop solar panels and battery storage, to generate their own electricity. This not only reduces dependence on the grid but also allows for potential cost savings and increased energy autonomy.
Remote and Off-Grid Locations
In areas where extending the central grid is impractical or too costly, DG systems like solar panels, wind turbines, or microturbines offer a viable solution. These systems provide essential power for remote communities, agricultural operations, and isolated facilities.
Industrial and Commercial Facilities
Industries with high energy demands, such as manufacturing plants, data centers, and large commercial complexes, benefit from DG by reducing energy costs and enhancing reliability. On-site generation can also provide backup power during grid outages, ensuring uninterrupted operations.
Ready to Enhance Your Energy Strategy
Our team is ready to help you design and implement a distributed generation system that meets your unique needs.
Other Energy Sources
We tailor energy systems for companies and communities according to their operational goals.
Distributed Generation FAQs
Starting a project
What happens during a power outage with a solar and storage system?
Most grid-tied systems automatically shut down during outages for safety. However, Pacifico can integrate battery storage or backup generators to keep your operations running when the grid is down.
How do solar and storage systems reduce my electricity bills?
By generating your own solar energy, you use less power from the grid, which lowers your monthly utility bills. Excess energy can be sent back to the grid, earning you credits or payments through net metering.
Additionally, batteries can be automated to reduce your facility's peak usage, reducing demand charges. They can also enable you to sell excess energy back to the utility grid.
Can I lease or buy a system from Pacifico? Can I just purchase power?
Yes. We offer flexible contracting options, including: PPAs, energy services agreements for batteries (ESAs), solar and equipment leases, and direct purchase options, all tailored to meet your business’s needs.
What solution will give me the most shelf life?
Pacifico will work with you to find the best suited solution for your facility. In all cases, our equipment and components are under extended warranties. Plus, we provide ongoing maintenance to ensure peak performance at the estimates promised during the project’s design and contracting stages.
Pacifico’s long-term project operation and ownership structure ensures our alignment with your need for top performance for the life of the asset.
Understanding cost & financial reward
Are there any incentives available for installing solar and storage?
Yes. Many businesses qualify for federal and state tax credits, rebates, and other incentives. Solar energy systems also generate renewable energy certificates (RECs). Pacifico’s team can help you identify and apply for these programs to maximize your investment.
What is the ROI if I convert to a clean energy system?
The ROI for adopting solar and storage can be evaluated qualitatively and quantitatively.
Qualitative ROI includes benefits like meeting sustainability goals and gaining customers who prefer eco-friendly providers.
Quantitative ROI is measured differently depending on whether or not you commit to a PPA or are buying the energy system outright.
PPAs mean immediate ROI and energy savings, since Pacifico covers upfront costs and finances the system over time. This allows you to pay for energy at a lower rate with savings passed on through mechanisms like tax credits and REC monetization.
Buying the energy system outright offers a payback period influenced by factors like upfront costs, location, utility rates, and potential savings, which can vary.
