The Growatt SPH 10000TL3-BH-UPThe inverter is a three-phase hybrid inverter designed for residential and small-scale industrial applications. It is known for its affordable price and high quality. The inverter is certified for the global market and is widely used in consumer-friendly installations. It is available in various capacities from 4 kW to 10 kW.
One of the main features of the SPH inverter is itsBackup output for EPS(Emergency power supply) circuits.
This output can be operated in two modes:
- Bypass mode, where the EPS output is constantly supplied with power,
- UPS(Uninterruptible Power Supply) mode, in which power is available even after a power failurePath grid fieldrecording are.
To further enhance its functionality, Growatt offers the option of pairing the SPH inverter with ARK energy storage systems. The capacities of these energy storage solutions range from7.68 kWh to 25.6 kWh. By combining theGrowatt SPH inverter with ARK energy storageUsers canMaximize self-consumptionof the energy generated. Instead of feeding excess energy into the grid, it is stored in the batteries, reducing dependence on energy prices set by the utility company. This setup promotes greater energy independence.
The Growatt SPH inverters are compatible withLiFePo4 batteriesand emergency power systems that offer flexibility for various energy storage configurations. Furthermore, the SPH inverters can be activated in combination with an energy meter.the export limit function, allowing users to regulate the amount of energy they feed into the grid. This feature enables the creation of energy balances for the entire building, thus promoting efficient energy management.
Overall, theGrowatt SPH 10000TL3-BH-UPThe inverter offers a cost-effective, high-quality solution for residential and small industrial applications. Its hybrid capabilities, EPS backup output, compatibility with the ARK energy storage system, and the ability to enable export limits make it a versatile choice for anyone seeking efficient energy management and greater energy independence.
