Dyness energy storage system Tower Pro TP11, 11.52 kWh

Dyness Tower Pro TP11 is a modern high-voltage energy storage system designed for both residential and commercial properties. The storage system is manufactured using LiFePO4 (lithium iron phosphate) technology, which features an extremely high level of safety, durability, and efficient energy storage and utilization. Lithium iron phosphate technology is highly stable, so safe operation is guaranteed even under intensive use.

The storage system is designed on a modular principle, making it easily adaptable to individual needs. A single stack can be configured with 2 to 6 modules, reaching a capacity of up to 23.04 kWh. In this case, the TP11 storage system consists of 3 modules. If needed, up to 12 such systems can be connected in parallel, achieving a large total capacity of up to 276.48 kWh. Thanks to this flexibility, this Tower Pro solution is suitable for both small households and larger energy projects.

Dyness also places great emphasis on safety and reliability – the storage system features an integrated fire suppression system, which ensures a rapid response (within 5 seconds) during emergency situations. It also features an integrated IP55 protection class, allowing the battery to be installed both indoors and in sheltered outdoor locations. An additional automatic self-heating function also allows the system to operate highly reliably even at low temperatures, while a long service life of more than 8000 charge/discharge cycles guarantees a long-term return on investment.

The Tower Pro storage system stands out for its simple and fast installation – a "plug-and-play" solution that requires no complex additional wiring. The system is connected in just a few minutes, and the modules automatically recognize each other. The integrated BDU (Battery Distribution Unit) controller also ensures smooth system operation, protection, and communication with inverters. The storage system is also compatible with various inverter manufacturers, and its operation can be monitored via LED indicators or through a mobile app, where remote updates can be performed.