PylonTech

Pylontech battery cabinet available in various performance classes

Commercial applications benefit from the scalability of these storage architectures. Pylontech battery storage systems can be expanded according to energy requirements, with system voltages ranging from 200 V to 800 V. Each power class fulfills specific application scenarios, from medium-sized production facilities to industrial manufacturing plants. Integration is achieved via standardized CAN bus protocols with all common hybrid inverters. Easy-to-install housing designs significantly reduce installation effort.

Pylontech battery cabinet with scalable storage capacities

The modular design allows for precise adaptation to operational energy profiles. Pylontech storage systems use stackable battery modules that can be expanded in defined increments. A 104 kWh system is suitable for businesses with a daily energy demand of up to 350 kWh, while 313 kWh configurations ensure the overnight operation of industrial production processes. The battery management system continuously monitors temperature, voltage, and current flow in each individual module.

Pylontech batteries utilize prismatic cell formats with high energy density. The thermal stability of these cells ensures reliable operation even under full load for several hours. Scalable capacities offer economic flexibility, as businesses can gradually adjust the storage size to meet growing demands. Individual modules weigh between 35 kg and 42 kg, simplifying handling and transport. When expanding the system, existing components remain fully compatible with additional units.

Buy Pylontech storage and optimize energy costs in the long term

Commercial energy storage systems pay for themselves through several mechanisms simultaneously. Pylontech storage systems enable peak shaving, allowing companies to avoid expensive grid fees for high power peaks. At PV-24, you'll find Pylontech battery storage systems at competitive prices with Europe-wide shipping. The systems maximize the use of self-generated solar energy by storing surpluses instead of feeding them into the grid. Arbitrage trading with time-variable electricity tariffs generates additional revenue.

A Pylontech battery operates for over 6.000 full cycles at 80% remaining capacity. This longevity translates into low costs per kilowatt-hour stored over its entire lifespan. Energy-intensive businesses with load profiles exceeding 200 kW particularly benefit from shifting loads from midday peaks to evening hours. Pylontech solar storage systems reduce grid electricity consumption by 60 to 75%, depending on system size and consumption patterns. The investment typically pays for itself within 7 to 9 years.

Pylontech battery storage for professional energy storage solutions

Industrial applications place particular demands on reliability and availability. Pylontech develops battery storage systems specifically for commercial environments with redundant safety systems. Every Pylontech battery storage system undergoes stress tests under extreme conditions before delivery. The systems comply with international safety standards such as IEC 62619 and UN38.3 for the transport of lithium batteries.

Professional solutions require precise operational data acquisition. Integrated monitoring captures all relevant parameters in real time and immediately reports deviations to higher-level control systems. Pylontech inverter combinations, whether DC-coupled with 50 kW or 100 kW hybrid inverters or AC-coupled with PCS units up to 1.670 MW, cover the entire power spectrum. For industrial sites, liquid-cooled variants between 260 kWh and 3,3 MWh offer maximum power densities in a minimal footprint.

Pylontech battery for off-grid power supply in commercial applications

Critical infrastructure requires an uninterrupted power supply, even during grid outages. A Pylontech battery takes over the supply of essential equipment within milliseconds. Emergency power configurations protect production lines, server rooms, and cold chains from downtime costs. The switchover time is less than 10 milliseconds, protecting even the most sensitive electronic systems.

Off-grid operation also opens up remote locations without a reliable grid connection. Pylontech battery cabinet systems store solar energy from the day for nighttime production processes. With sufficient PV output, companies achieve complete energy self-sufficiency. The battery modules continuously deliver between 50 kW and 100 kW of power, depending on the selected system configuration. Multiple units can operate in parallel for even higher power demands, with load balancing handled automatically.