Containerised Hybrid
Power Systems
Harutto Solar designs and builds containerised hybrid power systems — solar, battery, and generator integrated into a factory-tested shipping container unit. Deployable to remote sites across the UAE and Africa with minimal on-site work.
Capability is subject to selected equipment, site conditions, load profile, and design review. Project-specific energy simulation provided with each proposal.
Factory-Built & Tested
All electrical integration, wiring, and testing completed in the factory. Site work reduced to container placement, cable connection to loads, and commissioning.
Solar PV Array
Roof-mounted solar panels on the container top. Additional ground-mount arrays can be connected where container roof area is insufficient.
Battery Storage
LiFePO4 battery bank with BMS. Capacity sized to load profile and required autonomy without generator support.
Hybrid Power Management
Intelligent controller prioritises solar and battery. Generator auto-starts only when battery SOC falls below the set threshold. Generator run-hours minimised by design.
Remote Monitoring
Real-time visibility of solar generation, battery SOC, generator status, and load. Alarms and remote configuration via satellite or cellular.
Modular & Expandable
Battery expansion and additional generator capacity can be added as site load grows. Power management architecture designed for modular growth.
Frequently Asked Questions
What is a containerised hybrid power system?
A containerised hybrid power system integrates solar panels, battery storage, a diesel or gas generator, and power management electronics into a factory-assembled shipping container unit. The container is shipped to site, deployed on a prepared surface, and connected to loads — minimising on-site civil and electrical work. Hybrid control logic automatically prioritises solar and battery power, starting the generator only when required.
What applications are containerised hybrid systems used for?
Common applications include remote telecom base stations, mining and drilling camp power, construction site offices and lighting, oil and gas field support facilities, rural health centres and schools, and disaster recovery or humanitarian deployments. The containerised format is particularly suited to sites with limited civil infrastructure and difficult access.
How is fuel consumption affected by the hybrid solar component?
The solar and battery component reduces generator run-hours by generating power during daylight and supplying stored energy at night. The reduction in fuel consumption depends on system sizing, load profile, and site irradiation. Harutto Solar provides a project-specific energy simulation as part of the design package — not a generic saving figure.
Can the system be expanded after deployment?
Containerised systems are designed for modular expansion: additional battery containers or generator modules can be added alongside the original unit where site load grows. Expandability is confirmed at the design stage based on the power management architecture selected.
What is included in a Harutto Solar containerised hybrid system?
A typical scope includes: container fabrication and fit-out, solar panels and roof-mount racking, battery bank with BMS, hybrid inverter/charger, diesel generator with auto-start, distribution board and load connections, remote monitoring system, factory acceptance test (FAT), and site commissioning. Exact scope is confirmed at the proposal stage.
Request a Containerised Power Proposal
Share your site location, load list, access constraints, and required capacity and Harutto Solar will prepare a containerised hybrid system proposal.