Advancing Energy in Remote Areas: A Closer Look at SunSHARE’s Work
Last October 28–29, 2025, a team from the Science and Technology Entrepreneurship Program (STEP) of the Ateneo Intellectual Property Office (AIPO) conducted a site visit to Team SunSHARE at the University of the Cordilleras (UC) to assess their progress and provide guidance on the ongoing deployment of their renewable energy platform. The visit was led by AIPO Director, Dr Jon Fernandez, and Head of Commercialization and Business Incubation Group (CBIG), Engr Benjamin Mirasol, The visit was part of the STEP’s continuous efforts to support innovators in refining both their technology and business model. The team was warmly welcomed by Team SunSHARE and members of the University of the Cordilleras Innovation and Technology Transfer Office (UC ITTO), including Dr Thelma Palaoag, Director; Engr Michael James Deus; Ms Vanessa Kate Aniceto; and Mr Leandro Rey Gepila.
SunSHARE is a blockchain-based renewable energy marketplace platform designed to empower communities through solar energy. Targeting households, small businesses, and schools—particularly in remote and underserved areas seeking affordable and sustainable energy—SunSHARE’s microgrid-based system provides a clear technical advantage. Unlike traditional long-distance transmission lines where energy output decreases over distance, its microgrid setup maintains full energy output at the source, ensuring greater efficiency and sustainability for localized applications.
A key discussion during the visit centered on developing a sustainable business model that ensures both community impact and long-term viability. The team explored potential collaborations with local government units (LGUs) and industry partners. This partnership model aims to lower capital expenditures while maximizing benefits for the communities.
SunSHARE Tech is currently deployed at the University Building and within the Pinesville Subdivision in Fort del Pilar, Baguio City, where it actively generates renewable energy. These deployment sites serve as important testing grounds that allow the team to collect data, monitor performance, and validate the technology’s efficiency and practical use in real-world settings. Through these pilot implementations, SunSHARE continues to refine its system and demonstrate the reliability of its microgrid-based model in providing clean and consistent power to communities.
Areas such as Ansagan in Tuba, Benguet, which currently have no access to electricity, represent ideal sites for SunSHARE’s implementation. This locality not only reflects the core beneficiaries of renewable energy solutions but also highlights the broader social outcomes—improved livelihood opportunities, access to education, and strengthened community resilience.
The visit concluded with key insights for scaling SunSHARE’s model, highlighting opportunities to collaborate with LGUs, cooperatives, and microgrid operators, and to expand into markets such as residential subdivisions, SMEs, and universities. Moving forward, SunSHARE aims to refine its approach to better address the needs of underserved communities—providing reliable energy access that supports education, livelihood, and overall community development.
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STEP is powered by DOST-PCIEERD as part of their Short-term Program for Researchers on Innovation and Technopreneurship (SPRINT) program, to cultivate spin-off companies from research projects previously funded by DOST-PCIEERD.
To know more about the STEP program and Ateneo Intellectual Property Office, visit: www.aipo.ateneo.edu/sprint-step and www.aipo.ateneo.edu or follow them on social media for the latest updates and announcements via www.fb.com/AteneoIPO or www.linkedin.com/company/AteneoIPO.
It’s interesting to see how microgrids can provide reliable renewable energy directly to homes and small communities. As more residential properties adopt solar and other modern electrical systems, proper installation and maintenance become increasingly important. A qualified residential electrician can help ensure these systems are safely integrated with a home’s existing electrical setup.
Mình có lần lướt đọc mấy trao đổi trên mạng شيخ روحاني thì thấy nhắc nên cũng tò mò mở ra xem thử cho biết. Mình không tìm hiểu sâu جلب الحبيب chỉ xem qua trong thời gian ngắn để quan sát bố cục جلب الحبيب cách sắp xếp شيخ روحاني các mục và trình bày nội شيخ روحاني dung tổng thể. Cảm giác là các phần được trình bày khá gọn, các Huren Berlin mục rõ ràng nên đọc lướt cũng không bị rối với mình như Hurentest Berlin vậy là đủ để nắm tin cơ bản rồi. جلب الحبيب
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It's inspiring to see how SunSHARE is leveraging microgrid technology to provide reliable energy solutions in remote areas. Their focus on creating sustainable partnerships with local governments is vital for ensuring long-term impact. The mention of places like Ansagan, which currently lack electricity, really highlights the importance of these initiatives for improving community resilience and opportunities. As someone passionate about community-driven projects, I believe that similar models could be adapted in various contexts, which is a topic worth exploring further, perhaps through resources like LuckyHYP.
The focus on microgrid systems by SunSHARE highlights a practical approach to energy challenges in remote areas. Their collaboration with local governments to develop sustainable business models is particularly noteworthy, as it underscores the potential for community-driven solutions. This could set a precedent for similar initiatives in other regions. For those looking to explore community-focused projects further, resources like Decaying Winter Wiki can provide additional insights.
The focus on SunSHARE's microgrid system as a solution for energy efficiency is really eye-opening! It's crucial to see how tailored partnerships with local governments can enhance community impact. This idea of localized energy solutions could inspire similar initiatives in other areas. If you're curious about how these models can scale and adapt, take a look at SBTI Match for additional insights on community-driven projects.