Filkab Solar: With Jinko Solar’s SunGiga series, we are bringing the fully integrated "All-in-One" energy storage concept to the C&I sector
"Modern commercial and industrial enterprises seek maximum engineering efficiency, and solar industry specialists in the country are well aware that the future of energy independence lies in intelligently managed systems," Filkab Solar informed BalkanEngineer.com. Responding to dynamic market demands, the company—as an official partner of the brand—is showcasing the detailed engineering behind Jinko Solar’s SunGiga product line. The system is generating significant interest among technology-focused designers, as it offers a balanced architecture featuring liquid thermal management and high efficiency (with a round-trip efficiency exceeding 94%). "When the industry takes a forward-looking approach, platforms like SunGiga provide businesses with predictability and practical tools for peak load leveling, tailored to current market realities," added Filkab Solar.
Over the last couple of years, we have all witnessed how engineering involving industrial power systems, develops in a direction that involves full factory readiness for the equipment. Local assembly and wiring of the battery racks, outside inverters, separate chillers, and control panels are now giving way to fully completed factory-built modules. This approach completely negates the risks that come with hardware and software incompatibility during installation. The SunGiga series reflects this tendency, integrating lithium iron phosphate (LFP) battery packs, bidirectional power inverter, a closed-loop hydraulic cooling circuit, and the low-voltage switchgear into a single unit.
For designers and engineers, such a manner of automation saves hours of sketching, redacting and reviewing complex electrical blueprints. Since the equipment arrives as a single unit, a completely built component, on-site work involves three steps: setting the foundation, connecting the power cables to the facility's main switchboard, and laying the communication cable routes.
The cabinets themselves are surprisingly compact considering their capacity, which also “loosens the hands” of investors when choosing locations. They can situate anywhere – in the current vicinity of the production facilities or right next to the transformer substation. This approach not only preserves open space in the factory space but also minimizes cable runs, thereby reducing active energy losses during transmission.
Photo source: Filkab Solar, Jinko Solar, ©EngineerBG via Canva.com