Program opportunity notice
I. Introduction Purpose of Solicitation
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I. Introduction
The purpose of this solicitation is to fund applied research and development activities to increase the technical performance and value of distributed biopower and photovoltaic technologies. Awards will support development, lab-scale, and pilot-scale demonstrations of pre-commercial technologies and strategies that are designed to solve specific problems in the electricity sector. This solicitation includes four distinct applied research and development (ARD) focus project groups. Projects must fall within the following project groups:
This project group is focused on developing modular technologies and strategies for the sustainable collection, transportation, management, and power generation from forest residue and thinning, such as through thermochemical conversion processes, while reducing forest fire risk and providing other benefits to IOU electricity ratepayers. Projects in this group will develop advanced and modular low-emission technologies and systems for woody biomass management and conversion to reduce the risk and severity of catastrophic wildfires. Proposals will include biomass-to-energy systems that can be economically transported and/or replicated at different forest locations throughout California.
This project group is focused on developing technologies and strategies to utilize the organic fraction of municipal wastes, agricultural residues, and food processing wastes to provide clean, reliable electricity generation while providing additional benefits. Projects in this group will identify and evaluate new organic waste fuel sources as potential feedstock for a bioenergy system, processing methods, conversion technologies, and operation and maintenance practices to increase efficiency, reduce costs, and improve environmental performance for biopower systems. Proposed bioenergy systems will include strategies for utilizing California’s organic waste streams to generate electricity and useful thermal energy to achieve cost parity with fossil-fuel power by 2020. This includes evaluation of innovative approaches to pre-processing, drying and densification systems, and combining different fuel streams to facilitate storage and energy conversion to reduce handling and transportation costs.
This project group will demonstrate and evaluate smart inverter technologies to provide a range of autonomous grid functions, reduce PV integration costs, and enable higher penetrations of PV at the distribution level. Proposed smart inverter projects should enable distributed PV systems to work in concert with other distributed energy resources, provide a range of autonomous functions, including voltage ride-through and volt-VAR control, and support the proposed updates to California's Rule 21 and IEEE 1547 standards. Projects in this group will focus on evaluating advanced inverter functionalities and benefits of multiple clustered smart inverters in a real world pilot demonstration. The results of this research will help guide the implementation of updates recommended by California’s Rule 21 smart inverter working group, coordinated by the CPUC. This solicitation focuses on the Smart Inverter Working Group’s recommendation for Phase I Autonomous Smart Inverter Functions and uses the commercially-available 1547a smart inverter to advance PV. There are two additional solicitations planned for release before September 2014 that support smart inverter research and development. The solicitation entitled, Demonstrating Secure, Reliable Microgrids and Grid-linked Electric Vehicles to Build Resilient, Low-Carbon Facilities and Communities, will use the 1547a smart inverter in demonstrations to support and advance microgrids. The solicitation entitled, Developing Technology Improvements for a Flexible and Responsive Electricity Grid, will prepare for the smart inverter Phase II communications capabilities.
This project group will develop and demonstrate at the pilot scale advanced technologies and strategies to reduce the cost of distributed PV, advance plug-and-play capabilities, and increase the value of distributed PV systems to customers and the grid. Projects in this group will focus on development and demonstration of advanced, efficient, and cost effective solar PV technologies to enable additional value for distributed photovoltaic systems, increase ease of system installation and operation, and increase interoperability with other localized energy resources and the grid. The projects will provide an assessment of the expected increase in system performance and affordability of the proposed design. See Part II of this solicitation for project eligibility requirements. Applications will be evaluated as follows: Stage One proposal screening and Stage Two proposal scoring. Applicants may submit multiple applications, though each application may address only one of the project groups identified above. If an applicant submits multiple applications that address the same project group, each application must be for a distinct project (i.e., no overlap with respect to the tasks described in the Scope of Work, Attachment 6).
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