of regional produce can be lost across broken cooling links.
POST-HARVEST EXPOSURE
Site assessment Solar cold-chain infrastructure
Cold that holds.
Markets that move.
Modular, grid-independent cold storage engineered to protect commercial agricultural yields across East Africa.
SOLVINTERSV—20
02.4°CTHERMAL HOLD
01 Solar capture array
02 PCM thermal core
03 Remote telemetry
Designed in BergenDeployed from Nairobi Infrastructure online
Grid independent72-hour thermal holdContainerized deploymentRemote monitoredZero diesel operationsGrid independent72-hour thermal holdContainerized deployment
01
The market vulnerability
Value is grown in the field—and lost in the gap.
Commercial trade corridors face a cooling deficit that turns successful harvests into preventable losses.
Grid instability, diesel dependency and slow facility buildouts compound risk at the precise moment produce should be moving to market. Solvinter places dedicated thermal capacity directly at aggregation, sorting and transit points.
of routine site diesel use removed during normal operations.
FUEL DISPLACEMENT02 / Physical architecture
One container.
A complete cold hub.
A hardened 20-foot maritime enclosure arrives configured for rapid commissioning—removing the delays and exposure of a conventional cold-room build.
SV—20 / STANDARD DEPLOYMENT UNITDWG 02.01
6,058 mm
2,591 mm
THERMAL CORE
01 Solar canopy interface
02 Food-grade interior
03 Service access bay
03 / Engineering system
Thermal autonomy,
engineered in layers.
Fewer vulnerable components. Longer hold times. Continuous visibility across every deployed asset.
Phase-change thermal core
Thermal buffers maintain target temperatures for up to 72 hours without solar input—avoiding the lifecycle burden of large chemical battery banks.
CHARGED96%
Solar-first power
High-yield photovoltaic capture drives cooling directly and recharges the thermal reserve.
Remote telemetry
Interior conditions, access events and system loads are securely broadcast to engineering teams.
Predictive service
Diagnostics flag performance drift before disruption, enabling planned field intervention.
“
Infrastructure should not ask growers to carry more risk. It should remove it.
Solvinter converts complex engineering into dependable cold capacity that commercial operators can use—not own.
04 / Commercial framework
Cooling as a service.
Risk as our responsibility.
We design, ship, commission, monitor and maintain every hub. Operators pay for productive cold capacity without adding heavy equipment or unpredictable maintenance to the balance sheet.
Discuss a deploymentResponsibility matrixSolvinter managed
01
Asset capitalDesign and ownership
02
DeploymentFreight and commissioning
03
OperationsMonitoring and optimization
04
LifecycleMaintenance and servicing
05 / Procurement pipeline
Start with the site.
Share your throughput, location and operating constraints. Our engineering team assesses deployment fit against crop seasonality, site access and verified cooling demand.
BergenSystems engineering
NairobiRegional operations