24 kWe/42.2 kWh

BES 24S

PowerLink BES24S is a high-capacity all-in-one energy solution, offering 24kW continuous and 29kW peak output (220-240V, 50Hz) for heavy demands. Its 42.2kWh liquid-cooled LiFePO4 battery (1C rate, 80% DOD) pairs with a 37kVA Yunnei generator for uninterrupted power.

With IP54 protection, wind resistance class 8, and quiet operation (50-55dBA), it adapts to -20°C to 50°C environments. Smart management via 13” touchscreen, cloud/APP/WEB, and WAN/WIFI/SIM. Fully certified (UN38.3, CE, IEC etc.), this compact (2500x1150x1700mm) system delivers robust, intelligent power for commercial/industrial use.

500 kWe / 1040kWh

PHE 500

PowerLink PHE500—A compact mobile hybrid power system optimized for off-grid scenarios across leasing, construction, port operations, mining sites, event management, emergency deployments, and offshore energy demands. Integrates renewable energy inputs (solar/wind) with an embedded diesel generator, offering dual-mode operation (battery-coupled or standalone) to ensure uninterrupted power availability. Tailored for operations requiring robust energy resilience and autonomous supply continuity .

375 kWe/474kWh

PHE 375

PowerLink PHE375 – PHE375 is a mobile Diesel Battery Hybrid Generator with 375kW output and 474kWh capacity. The portable off-grid hybrid energy-efficient solution you can count on, tailored for leasing, construction, port operations, mining sites, events, emergency response initiatives, and marine power needs.

125 kWe / 237kWh

PHE 125

The PowerLink PHE125 is a 125kW diesel battery hybrid system with 237kWh storage.  It delivers a tailored portable off-grid hybrid energy solution that caters to diverse fields such as equipment leasing, construction projects, port operations, mining activities, large-scale events, emergency response missions, and marine power supply services.

500 kWe

PES 500S

PowerLink PES500—A compact hybrid energy system designed for operational thrift and revenue growth. Suited for off-grid islands, dynamic job sites, construction areas, mining environments, and energy-as-a-service models, it leverages battery technology alongside solar, diesel, and grid inputs. Efficiently handles erratic load patterns, trimming generator runtime by 90% to reduce expenses—additional savings unlocked through integrated solar solutions.

400 kWe

PES 400S

PowerLink PES400S—Adaptive hybrid power platform targeting low OPEX and high profitability. Deployable in island energy networks, temporary worksites, infrastructure projects, resource extraction zones, and rental applications, it centers on battery storage while blending solar, diesel, and grid support. Ideal for variable power loads, it reduces generator uptime drastically (up to 90%), lowering costs—amplified efficiency when paired with photovoltaic arrays.

300 kWe

PES 300S

PowerLink PES 300S—your portable hybrid energy solution designed for low OPEX and high returns. Engineered to thrive in island power, on-site operations, construction sites, mining, and energy rental scenarios, it takes battery power as the core, complemented by PV, diesel genset, and grid inputs. Ideal for uneven load output, it cuts large generator uptime by up to 90%, slashing operational and maintenance costs—with even greater savings when paired with on-site PV arrays.

200 kWe

PES 200S

PowerLink PES200S—Portable hybrid power technology engineered for cost efficiency and profitability. Designed to serve remote island grids, industrial sites, construction projects, mining operations, and rental energy markets, it prioritizes battery storage while incorporating solar panels, diesel backups, and grid compatibility. Perfect for irregular load profiles, it reduces generator dependence by up to 90%, slashing fuel and maintenance costs—optimized further with on-site solar integration.

60 kWe

PES 60S

PowerLink PES60S—A versatile off-grid energy solution focused on minimizing expenses and boosting returns. Built for island electrification, mobile workstations, construction hubs, mining camps, and rental power setups, it combines battery dominance with PV, diesel, and grid inputs. Addressing unstable load demands, it curbs generator usage by 90%, cutting operational overheads—synergized savings achievable through hybrid solar configurations.