Youth Power Ventures develops modular agrivoltaic solar parks that integrate solar energy generation with agriculture. This dual-use approach enhances land productivity by allowing for simultaneous crop cultivation and solar power generation, supporting food security and local economies.
Funding
Funding not disclosed
Founders
Product
Problem
Large-scale solar installations can displace agricultural land, potentially impacting food security and local rural economies. This expansion can also lead to land acquisition issues that negatively affect local communities.
Solution
Youth Power Ventures develops modular agrivoltaic solar parks, typically under 50 hectares, that integrate solar energy generation with agriculture. This dual-use approach enhances land productivity by allowing for simultaneous crop cultivation and solar power generation. The company focuses on community-centric development, aiming to decarbonize local energy production without compromising usable land. By integrating sustainable farming practices with solar infrastructure, Youth Power Ventures seeks to improve food security, increase crop yields, and reduce water loss. The model also prioritizes creating green economy jobs and building technical skills, particularly for young people, within the communities it serves.
Target Audience
The primary customers are communities and local stakeholders seeking sustainable energy solutions that also support agricultural productivity and economic development.
Features
- Development of modular agrivoltaic solar parks with a typical footprint under 50 hectares.
- Integration of solar photovoltaic systems with agricultural land use for dual-purpose benefits.
- Implementation of strategies to increase land productivity by up to 73% through dual-use.
- Focus on community engagement and needs assessment throughout the project lifecycle.
- Initiatives to create green jobs and provide vocational training in solar installation and sustainable farming.
- Application of technologies and methodologies to shield crops from extreme weather and reduce water loss.
- Potential for increasing land values by up to 30% through agrivoltaic implementation.