215KWh Foldable Solar Power Container System (20ft High Cube)

These are tailor-made energy systems that combine solar power generation with battery storage, engineered specifically for the unique demands of each site. Highjoule delivers personalized solutions for homes, businesses, mobile operations, telecom sites, and more.

Highjoule offers foldable solar containers, hybrid energy storage systems, PV-diesel integrated cabinets, and mobile energy platforms. Power ranges span from 20KW to over 400KWh and are housed in standard 8ft to 40ft containers depending on application needs.

Custom systems are ideal for remote villages, off-grid farms, telecom base stations, industrial parks, disaster relief sites, and smart city microgrids. Clients include utility operators, military departments, NGOs, and enterprises requiring reliable and mobile clean energy.

Our team conducts a full-site technical evaluation to assess load demand, space, weather conditions, and energy consumption patterns. Based on the findings, we design, optimize, and present a solution including BOM, system diagram, and delivery schedule.

Every component, from solar panels and inverters to EMS and battery packs, is selected from trusted global partners or manufactured under strict OEM/ODM standards. All systems undergo rigorous testing and come with optional UL/CE certifications as required.

Yes. Systems are built with modular design principles, allowing future capacity upgrades or hybrid integrations with wind, diesel, or grid power. This flexibility makes them suitable for evolving energy needs without complete redesign.

Systems are pre-assembled, tested, and delivered in plug-and-play containers. Minimal onsite installation is required. Our team provides remote or on-site guidance during setup, ensuring efficient deployment in both urban and remote environments.

Highjoule provides comprehensive after-sales support including technical training, remote monitoring, and maintenance consultation. A dedicated service team assists with firmware updates, diagnostics, and performance optimization over the product lifecycle.