In response to severe fuel shortages caused by escalated US sanctions, a private initiative in Havana is deploying solar-powered electric garbage trikes to restore essential waste collection services. The project, named 'El Rampeño', operates in the Vedado neighborhood and represents a grassroots adaptation to the blockade that has crippled fuel supplies and public services.
El Rampeño functions as a fee-based service, charging residents 100 pesos and businesses 15,000 pesos monthly, while offering free collection to vulnerable populations. The fleet utilizes tricycles from VEDCA (Vehiculos Electricos del Caribe), a joint venture between Tianjin Dongxing Industrial Group and Cuban state-owned Minerva. Key specifications include:
The vehicles are charged via solar canopies with battery storage at a central depot, enabling operation independent of the unstable grid and fuel supply. This deployment demonstrates the practical application of small commercial EVs in extreme logistical conditions.
This case highlights the growing demand for resilient, off-grid capable commercial electric vehicles in markets facing infrastructure challenges. For B2B buyers, it underscores the viability of solar-integrated EV solutions for sanitation, last-mile logistics, and municipal services in regions with unreliable fuel or power access. The success of this project may influence procurement strategies in similar environments across the Caribbean, Africa, and parts of Asia, where fuel price volatility and grid instability are common.
Furthermore, the use of LFP batteries and solar charging indicates a trend towards low-maintenance, durable systems suitable for harsh operating conditions. This could signal a market opportunity for suppliers offering robust battery systems and vehicle platforms tailored for humanitarian, municipal, and commercial applications in challenging geographies.
This case exemplifies how reliable, customized battery solutions are essential for commercial EV deployments in off-grid or unstable environments. Our expertise in designing flexible battery systems can support similar humanitarian or logistic projects with rapid prototyping and parameter matching to ensure operational resilience.
