Our First Solar-Powered Cold Storage Facility in Central America

Fresh Del Monte Produce is advancing a practical approach to sustainability in Central America through its first solar-powered cold storage facility. The project brings renewable energy into a critical part of the agricultural supply chain, where temperature control helps preserve the quality, freshness, and value of harvested produce.

Cold storage plays an essential role after fruit leaves the field. Reliable refrigeration protects products during packing, holding, and distribution, while efficient facilities can reduce waste and strengthen connections between farms, workers, customers, and communities. By using solar power to support these operations, Fresh Del Monte is integrating environmental responsibility into everyday agricultural infrastructure.

The facility reflects a broader sustainability strategy built around resource conservation, responsible production, and long-term resilience. It is designed to support healthy food choices while addressing the environmental footprint associated with energy use and temperature-controlled logistics.

Why Cold Chain Matters

Fresh produce is highly sensitive to time and temperature. Once harvested, fruits and vegetables require careful handling to maintain their texture, flavor, appearance, and nutritional quality. Cold storage slows natural deterioration and helps products reach markets in the condition consumers expect.

A dependable refrigerated supply chain can also help limit post-harvest losses. When produce remains within the appropriate temperature range, fewer items are discarded before reaching customers. This makes better use of the land, water, labor, packaging, and energy already invested in growing and transporting food.

The new facility supports this objective by combining cold storage with a lower-carbon energy source. Its role extends beyond refrigeration: it contributes to a more resilient agricultural system that can respond to changing market needs, weather conditions, and energy demands.

Solar Energy In A Tropical Climate

Central America offers strong solar resources, making photovoltaic generation a natural fit for agricultural operations in the region. Solar panels convert available sunlight into electricity that can help power refrigeration equipment, lighting, monitoring systems, and other facility functions.

Cold storage facilities often operate for extended hours because temperature stability cannot be paused when the sun goes down. For that reason, the project is approached as an integrated energy system. Solar generation works alongside the electricity network and operational controls, with energy use managed according to facility requirements and local conditions.

The design also considers the realities of a warm, humid climate. Insulated rooms, efficient compressors, well-sealed doors, and regular maintenance all help reduce the energy needed to maintain safe storage temperatures. Renewable energy delivers the greatest benefit when paired with equipment and practices that avoid unnecessary consumption.

Protecting Quality And Reducing Waste

The facility’s environmental value begins with product protection. Maintaining stable conditions helps Fresh Del Monte preserve harvested produce for longer periods, supporting consistent quality from the farm to the customer. This is especially important for fruits that travel across borders and through multiple stages of distribution.

Energy-efficient refrigeration can reduce demand without compromising food safety or product integrity. Digital monitoring and operational checks help teams identify temperature changes quickly, manage equipment performance, and respond before a small issue affects stored produce.

The project also demonstrates how sustainability can be incorporated into core business activities. Rather than treating renewable energy as a separate environmental initiative, Fresh Del Monte is applying it to a function directly connected with food availability, customer service, and responsible resource use.

Supporting Farms And Communities

A cold storage facility is part of a wider agricultural network. Its benefits can reach growers, field employees, logistics teams, local suppliers, and surrounding communities when operations are planned with shared value in mind. Reliable infrastructure helps create continuity between harvest schedules and market demand.

The project sits within a sustainability framework that includes environmental protection, community development, ethical business practices, and education. These priorities guide how agricultural operations interact with natural resources and the people who depend on them.

Biodiversity is another important part of responsible farm management. Healthy ecosystems can support pollinators and contribute to productive agricultural landscapes. Fresh Del Monte’s work on this subject is explored through beekeeping and biodiversity, illustrating how farm-based initiatives can connect food production with habitat protection.

Tracking Environmental Performance

Renewable energy projects create value when their performance is measured over time. Fresh Del Monte can assess the facility through indicators such as solar electricity generation, energy consumption, refrigeration efficiency, product preservation, and operational reliability.

The comparison below shows how a solar-supported cold storage model can contribute to sustainability goals across several areas of the supply chain.

These indicators can help teams identify opportunities for improvement and share meaningful progress with stakeholders. Transparent reporting also supports accountability by connecting a facility’s daily performance with broader sustainability commitments.

Performance data can inform future investments across the company’s agricultural operations. Lessons from Central America may help shape decisions about renewable power, efficient equipment, and climate-resilient infrastructure in other regions.

Priorities For Responsible Operation

The facility’s long-term contribution will depend on disciplined operation as well as its solar installation. Key priorities include:

• Maintaining refrigeration systems, insulation, panels, and monitoring equipment to preserve efficiency.
• Training employees in energy management, food safety, emergency response, and responsible facility practices.
• Reviewing solar generation and electricity consumption to identify avoidable demand.
• Protecting product quality through reliable temperature controls and preventive maintenance.
• Engaging local partners and communities as the facility develops and operates.

These actions connect technology with people. Skilled employees are essential to identifying operational improvements, protecting stored produce, and ensuring that environmental goals remain part of everyday decision-making.

The same principle applies across Fresh Del Monte’s wider sustainability work. Tree planting, protected-land monitoring, sustainable sourcing, educational programs, and community initiatives are most effective when they are integrated into local operations and supported by clear responsibilities.

Building A More Resilient Food System

The solar-powered cold storage facility represents a meaningful step in the evolution of Fresh Del Monte’s Central American operations. It addresses a practical need—keeping produce fresh and safe—while creating an opportunity to use renewable energy, reduce resource demand, and strengthen supply chain resilience.

Its significance is also cumulative. Each improvement in refrigeration efficiency, product handling, energy management, or environmental monitoring can contribute to a more responsible food system. By connecting solar power with cold chain infrastructure, Fresh Del Monte is demonstrating how agricultural businesses can pursue operational performance and sustainability together.

Learn more about the company’s environmental, social, and ethical commitments through the Fresh Del Monte sustainability platform, where progress across farms, facilities, and communities is shared.