What is your innovation?
PeniMe Services is a newly established renewable energy and climate resilience company based in Kiribati. Founded in 2026, the company builds on over 23 years of prior experience in procurement, logistics coordination, and infrastructure distribution across remote outer islands.
The company focuses on delivering practical off-grid solar systems, solar-powered cold storage solutions, and climate-resilient infrastructure tailored to atoll environments.
PeniMe Services aims to strengthen energy security, reduce fuel dependence, and improve food preservation systems in vulnerable island communities.
Solutions include:
- Solar-powered freezer systems for fisheries and food security
- Off-grid solar energy systems for remote facilities
- Solar water pump installations
- Cold storage solutions for outer islands
- Logistics coordination for renewable energy deployment
These services reduce greenhouse gas emissions by minimizing diesel generator use and enhance climate adaptation by strengthening local food systems and energy resilience.
How does your innovation specifically apply to the Pacific region and its people?
PeniMe Services is implementing modular solar-powered freezer systems designed specifically for small island environments with limited grid access. The innovation integrates energy-efficient freezers with lithium battery storage and optimized solar arrays to ensure continuous cold storage even during cloudy conditions.
This solution directly addresses food security challenges, post-harvest losses, and high fuel costs in Pacific Island Countries. The model is tailored for outer islands where transport is infrequent and climate impacts are severe.
This model is innovative because it combines renewable energy, cold storage, and local capacity-building into a single climate-resilient solution. It is scalable due to its modular design — systems can be sized for small villages or expanded for larger community cooperatives. The approach can be replicated in other Pacific Island Countries facing similar energy access and food security challenges.
