PG&E and Solar Electric Supply Launch Innovative Solar Hybrid Power System at Pittsburg Landfill

October 31st, 2024 7:15 PM
By: Newsworthy Staff

A groundbreaking MAPPS® hybrid solar PV power system has been successfully implemented at the Pittsburg, CA landfill biomethane project, showcasing the potential of integrated renewable energy solutions for sustainable power generation and waste management.

PG&E and Solar Electric Supply Launch Innovative Solar Hybrid Power System at Pittsburg Landfill

In a significant step towards sustainable energy production, PG&E Corporation (NYSE: PCG) and Solar Electric Supply Inc. have announced the full operational launch of an innovative MAPPS® hybrid solar PV power system at the Pittsburg, California landfill biomethane project. The system, which became fully operational in July 2024, represents a major advancement in the integration of renewable energy sources for critical infrastructure.

The MAPPS® hybrid solar system, designed by Solar Electric Supply, provides renewable primary critical power for monitoring and control equipment at the biomethane project. This collaboration between PG&E and Solar Electric Supply demonstrates the growing trend of utilizing cutting-edge technologies to address environmental challenges while ensuring reliable energy production.

The significance of this project extends beyond its immediate application. It serves as a model for future renewable energy initiatives, showcasing how different sustainable technologies can be combined to create more efficient and environmentally friendly power solutions. The success of this system could pave the way for similar implementations across other landfill sites and waste management facilities, potentially revolutionizing how we approach energy generation from waste materials.

The Pittsburg landfill biomethane project, developed by Ameresco, Inc. (NYSE:AMRC), captures landfill gas that would otherwise contribute to local smog and greenhouse gas emissions. This gas is then converted into heat and electricity for use by the facility and the nearby community. The addition of the solar hybrid power system enhances the project's overall sustainability profile, creating a more comprehensive approach to renewable energy generation.

Glenn Rustia, the PG&E engineer responsible for the operation and maintenance of the system, praised the design and installation process, highlighting the smooth integration and reliable performance of the hybrid genset/solar operation. This positive feedback underscores the potential for wider adoption of such systems in similar projects across the country.

The custom MAPPS® System features a 6.4 kW solar array using high-efficiency Qcells G10+ 400 Watt modules, custom battery and electronics enclosures, and a sophisticated inverter system. This configuration ensures a consistent and reliable power supply, critical for the continuous operation of the biomethane project.

The successful implementation of this system at the Pittsburg landfill demonstrates the viability of integrating multiple renewable sources to benefit local communities. It addresses two significant environmental challenges simultaneously: waste management and clean energy production. By capturing and utilizing landfill gas while powering the facility with solar energy, the project significantly reduces greenhouse gas emissions and reliance on non-renewable energy sources.

This collaboration between PG&E, Solar Electric Supply, and Ameresco also highlights the importance of public-private partnerships in advancing sustainable energy solutions. Such partnerships can accelerate the development and deployment of innovative technologies, crucial for meeting ambitious climate goals and transitioning to a more resilient and sustainable energy grid.

As cities and municipalities across the United States seek ways to reduce their carbon footprint and improve waste management practices, the Pittsburg landfill project serves as a blueprint for future initiatives. The success of this hybrid solar system could encourage other regions to explore similar integrated approaches, potentially leading to a widespread adoption of more efficient and environmentally friendly energy solutions in waste management facilities nationwide.

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