Location: Range Management Research
Project Number: 3050-41000-011-000-D
Project Type: In-House Appropriated
Start Date: Apr 21, 2023
End Date: Sep 15, 2024
Objective 1: Design and develop optimized agrivoltaic installations and best management practices for multi-functional cropping and rangeland production and agricultural processing systems. Objective 2: Develop and deploy decision support tools for agrivoltaics in specific agricultural systems, including economic and life cycle assessment.
The Range Management Unit and Cotton Ginning Research Unit will collaborate to develop systems-level concepts and tools to guide agrivoltaics efforts in croplands, rangelands, and agricultural processing systems of the Southwest. The units will integrate research datasets and analyze and report agrivoltaic costs and benefits using standardized indicator frameworks and econometric analysis. The units will conduct research on optimal siting and design of photovoltaic installations to maximize agroecological co-benefits. The units will develop tools and best management practices for agrivoltaic system integration, maintenance, energy utilization, and return on investment. The units will create agreements with University partners to support experiments in photovoltaic installations with key crop and soil types common to Southwestern ecosystems at agricultural research centers and postharvest processors. The units will collaborate with government agencies and agricultural stakeholders controlling land on which renewable energy development projects are planned. Initial project phase will define knowledge gaps about likely co-benefits and challenges and determine priorities for next phases of research in the Southwest