Mobile Charging Station
PES Series
PowerLink PES Series is a portable hybrid energy system (30-500kWe, 62-1040kWh) designed for construction sites, mining, power rental, and islands. It supports external PV/gen/grid input, it crushes peak load demands while slashing 90% of large generator runtime—cutting OPEX drastically.
Equipped with plug-and-play design, smart cloud monitoring, and -20°C~55°C operating range, it delivers reliable power for tools, electric equipment, and fast charging. Lithium iron phosphate batteries ensure safety, long cycle life, and easy maintenance. Compliant with tightening emission rules, it’s your cost-saving, eco-friendly solution for uninterrupted on-site power.
PHE Series
PowerLink PHE Series is a premium off-grid hybrid system (125-500kWe, 237-1040kWh) for mining, marine, and events. Features built-in diesel genset, plus support for external PV/wind/grid, it delivers 125-500kWe output with 237-1040kWh scalable liquid-cooled battery capacity and 1C charge/discharge rate.
Equipped with intelligent EMS, cloud monitoring (APP/WEB), and multi-layer protection (firefighting, overload, temperature control), it ensures 24/7 reliable operation. Portable, easy-maintain, and compliant with global certifications (IEC/UL/UN 38.3), it cuts costs while boosting energy self-sufficiency—ideal for off-grid or backup power needs.
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Frequently Asked Questions
What energy storage battery products does Powerlink have?
PowerLink currently has two main types of energy storage products: hybrid energy systems and microgrid systems. Among them, hybrid energy systems include PES, PHE, BES, ABS and other series of products; The microgrid system has three series of products: RHE, CHE, and IHE,
Hybrid energy systems are mainly aimed at off grid scenarios, providing complementary power supply through multiple energy sources such as energy storage batteries, photovoltaics, and diesel generators to meet customers’ demand for reliable electricity.
Microgrid system is a battery energy storage system suitable for both parallel and off grid application scenarios. It has the characteristics of high integration, ultra-high energy density, and flexible configuration, and can provide users with independent power stations or efficient energy products that are energy-saving and environmentally friendly.
What are the characteristics of PES series energy storage products and which scenarios are they mainly used for?
The PES series hybrid unit is a mobile hybrid system and energy-saving system product designed for off grid applications such as leasing, construction, ports, mining, events, emergencies, and ship power supply. It supports solar power input and diesel generator input, and can be used in combination with batteries or independently. It can provide users with independent power supply or efficient energy products that are energy-saving and environmentally friendly.
- The overall protection level of the product is IP54, suitable for harsh usage environments;
- Series product power output range: 30-500kWe;
- EMS intelligent management system, real-time detection and scheduling of BMS system, PCS system, etc., and can be operated through local HMI or remote APP&Web;
- The BMS system adopts a three-level management architecture of battery stack, battery cluster, and battery pack, with a total capacity of 62-576kWh and supports 1C charging/discharging.
What are the characteristics of PHE series energy storage products and which scenarios are they mainly used for?
PHE is a mobile hybrid energy system product that is powered by batteries, diesel generators, photovoltaics, and other sources.
- Power output range: 125-500kWe;
- The battery system uses liquid-cooled battery packs with a total capacity of 237-1040kWh.
- EMS intelligent management system, which can be operated through local HMI or remote APP&Web;
- The whole machine is suitable for environmental temperatures ranging from -20 to 50 ℃.
The PHE series products can be widely used in off-grid application scenarios such as leasing, construction, ports, mining, sports events, emergency response, and ship power supply.
What are the characteristics of BES series energy storage products and which scenarios are they mainly used for?
The BES series energy storage products belong to hybrid energy systems, and their main characteristics are:
- Configure diesel generators, solar panels, and multiple input interfaces such as photovoltaic and mains power to meet the energy consumption needs of users at different levels of cost.
- Rated power output of 20-80 kWh, battery capacity of 30.7-101.4 kWh, diesel power generation of 24-80 kWh, internal integrated photovoltaic power generation of 2.5-3.6 kWp, external input of 36-77.8 kWp photovoltaic power generation.
- EMS intelligent management system, real-time detection and scheduling of BMS system, PCS system, etc., and can be operated through local HMI or remote APP&Web.
- The battery system adopts liquid cooling method and is suitable for ambient temperatures ranging from -20 to 50 ℃. The overall protection level is IP54, suitable for a wide range of usage environments.
- The power output panel is equipped with quick sockets, wiring copper bars, etc., which are plug and play.
The BES series oil photovoltaic storage hybrid power supply integrates energy storage batteries, photovoltaic modules, and diesel generators to achieve complementary power supply of oil photovoltaic storage. It has a compact structure, plug and play, and is suitable for remote islands, mountainous rural areas, field stations, and backup Fields such as power supply.
Is battery energy storage efficient?
Battery energy storage is one of the most efficient technologies in the power production chain. They can avoid waste and fully utilize the potential of renewable energy and distribution networks. During low demand periods, excess electricity is stored in batteries or sent to the grid, while during peak demand periods, energy storage batteries are discharged and supplied to users, achieving efficient energy utilization.
Is the energy storage system safe?
The energy storage device is installed in a special container connected to the power grid and equipped with advanced safety measures, such as using a battery pack level fire protection system, using perfluorohexane fire extinguishing agent, and each battery pack is designed with an independent fire protection pipeline. The EMS intelligent management system can perform local HMI or remote APP&Web operations on energy storage devices to check their operation and take safety measures when maintenance is required.