Solid State Lighting Advanced Technology Research Development 2014 | Apply Online

Opportunity Summary:

The Solid State Lighting Advanced Technology Research and Development 2014 funding opportunity (DE-FOA-0000973) is a U.S. Department of Energy initiative administered through the National Energy Technology Laboratory (NETL) that supports research, development, and manufacturing advances in solid state lighting (SSL). SSL in this context includes both LED (light emitting diode) and OLED (organic light emitting diode) technologies. The overall purpose of the program is to push SSL performance and adoption forward in ways that translate into real-world energy savings, better product quality, and stronger U.S. manufacturing competitiveness.

At its core, the opportunity targets several connected outcomes. One major goal is maximizing the energy efficiency of SSL products that reach the marketplace, meaning not only improving lab metrics but also driving practical improvements that can show up in commercial luminaires and systems. A second goal is removing market barriers that slow adoption, especially barriers tied to reliability and user acceptance, such as insufficient lifetime, inconsistent color quality, and shortcomings in overall lighting system performance. The program also emphasizes reducing costs for SSL sources and finished luminaires, since cost remains a major determinant of whether high-performance lighting becomes the default choice across homes, businesses, and public infrastructure. Alongside cost and performance, the opportunity calls out the importance of improving product consistency while maintaining high quality, reflecting industry needs around repeatable manufacturing, stable performance from batch to batch, and dependable long-term operation. Finally, it explicitly encourages the growth, leadership, and long-term sustainability of domestic U.S. manufacturing within the SSL industry, signaling that proposals tied to scalable, U.S.-based production improvements align well with the program intent.

The announcement organizes its interests into seven topic areas spanning both technical R&D and manufacturing-focused development. Topic Area 1, LED Core Technology Research, centers on fundamental or early-stage LED advances that can unlock next-generation efficacy, reliability, optical performance, or related platform improvements. Topic Area 2, OLED Core Technology Research, similarly supports core OLED advances, which often involve materials, device architectures, encapsulation concepts, and performance-lifetime tradeoffs that can expand where OLED lighting is viable. Topic Area 3, LED Product Development, focuses on moving LED advances closer to deployable products, where engineering choices, integration, performance validation, and cost constraints start to dominate. Topic Area 4, LED Product Development - Novel LED Luminaire Systems, emphasizes innovation at the luminaire or system level, where improvements might come from new form factors, better optical and thermal designs, advanced controls integration, or system architectures that improve delivered lighting quality and efficiency beyond the LED package itself. Topic Area 5, OLED Product Development, supports taking OLED lighting from research toward practical products, including manufacturability and performance in realistic operating environments. Topic Area 6, LED Manufacturing Research and Development, targets improvements in manufacturing processes, yield, throughput, quality control, and other production levers that reduce cost while improving consistency and reliability at scale. Topic Area 7, OLED Manufacturing Research and Development, mirrors that manufacturing emphasis for OLED, where scaling, uniformity, encapsulation, and production economics are often decisive barriers to broad commercialization.

Funding is offered under a cooperative agreement structure, which generally means the government anticipates substantial involvement during the project, such as active technical oversight, milestones, and collaboration expectations compared with a standard grant. The opportunity is categorized as discretionary funding and falls under energy-related science, technology, and other R&D activities. The total estimated funding amount is listed as $10,000,000, with an expectation of approximately 8 awards. The award ceiling and floor are listed as $0 in the source summary, which typically indicates that applicants need to consult the full FOA text for the actual range of award sizes, project periods, and any topic-specific limits. Cost sharing or matching is required, so applicants are expected to contribute a defined portion of project costs from non-federal sources; the precise cost-share percentages and rules are laid out in the FOA itself.

Eligibility is described as unrestricted, meaning the competition is open to a wide variety of entity types, subject to the detailed criteria and any special conditions described in Section III of the FOA. In practical terms, opportunities like this often attract a mix of private companies (including lighting manufacturers and component suppliers), universities, national laboratories, and collaborative teams that combine applied research capability with manufacturing and commercialization pathways.

Key dates show the FOA was posted on December 9, 2013 (with a creation date of December 10, 2013) and had an application deadline of February 24, 2014. The archive date is listed as September 30, 2014, indicating when the opportunity was formally moved into an archived status on the posting platform. The program is associated with CFDA number 81.086, Conservation Research and Development, which is commonly used for DOE EERE R&D funding programs.

For applicants, submission is handled exclusively through the EERE eXCHANGE portal (https://eere-exchange.energy.gov). To submit, an applicant has to register and create an account in the system, then follow the portal workflow to upload and finalize the application package before the deadline. The opportunity points applicants to the EERE eXCHANGE user guide (available through the portal) for practical submission instructions and notes that the full FOA contains details on where to direct questions, distinguishing between questions about the technical content of the announcement and questions about the mechanics of submission.

The FOA also references two program roadmap documents that provide the broader technical strategy and priorities behind the topics: the Solid State Lighting Research and Development Multi-Year Program Plan and the Solid State Lighting Research and Development Manufacturing Roadmap. These roadmaps are meant to help applicants align proposed work with DOE-defined challenges and performance targets, and they often clarify which bottlenecks the program considers most urgent, such as efficacy improvements under real operating conditions, color stability, lifetime validation, manufacturability, and cost-down pathways.

A designated point of contact is provided for access issues with the full announcement: Bonnie S. Dowdell, Contract Specialist at NETL, reachable at 412-386-5879 or bdowdell@netl.doe.gov. For anything beyond access problems, including technical scope and application requirements, applicants are directed back to the full FOA instructions on EERE eXCHANGE, which is the authoritative source for eligibility details, required forms and attachments, evaluation criteria, cost-share rules, and submission steps.

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