Balcony Power Storage Solutions: Growatt Storage relies on Previous Models' Performance
Growatt's latest energy storage solution, the NEXA 2000, is an all-encompassing offering designed for balcony-based power plants. This cutting-edge product can be purchased at the Powerness Shop, offering competitive pricing and the option to buy it as a complete set.
Balcony power plants provide an accessible method of integrating the energy transition into homes. With over 780,000 registered units in Germany and a growing trend, these mini PV systems are an increasingly popular choice. The introduction of the Solar Package 1 streamlines the registration and operation process for these systems. However, to fully harness the potential of a balcony power plant, a storage system is now indispensable, and Powerness's range includes powerful components at unbeatable prices. The NEXA 2000 is Powerness's new addition since April, building on the success of the NOAH 2000 by offering electric energy consumers a more advanced solution.
The NEXA 2000 is equipped with improved features such as four MPPT inputs instead of the two on the NOAH model. This enhancement boosts the efficiency of your balcony power plant by enabling each solar module to achieve its optimal performance independently, even under partially shaded conditions. The system also includes an integrated time-of-use function, which effectively reduces energy costs by charging the battery during low electricity tariff phases and discharging it during peak hours (provided you are on a dynamic tariff).
Weatherproof and robust like its predecessor, the NEXA 2000 can withstand extreme temperatures, making it suitable for external use. Thanks to its modular design, the storage system is easily expandable – up to a total capacity of 8.192 kWh. Another advantage of the NEXA is its off-grid function, which allows for emergency power supply of up to 800 watts, ensuring a reliable source of power during blackouts or in off-grid locations.
With a storage capacity of 2.048 kWh, the same as the NOAH, the NEXA manages to optimize energy production and reduce costs by intelligently adapting to your energy consumption patterns. Priced at only €727 at Powerness, the NEXA offers a cost-effective solution for those seeking efficiency without breaking the bank. Compared to its predecessor, the NOAH 2000, the NEXA offers a more advanced feature set, making it the smarter choice for power-conscious consumers.
Technical specifications and pricing information for the Growatt NEXA 2000 can be found below:
Technical Specifications:
- Type: All-in-One power storage
- Storage capacity: 2.048 kWh (expandable up to 8.192 kWh)
- Features:
- Four MPPT trackers
- Integrated inverter
- 2000 Watt output power
- Battery type: LiFePO4
- Charge cycles: Up to 6,000
- Weight: 24 kg
- Size: 26.7 x 52.5 x 37.6 cm
- Warranty: 10 years
Powerness also offers the NEXA 2000 as part of a balcony power plant set, along with customizable options for choosing the number of solar modules included. Visit Powerness's website to browse the full range of solar solutions and accessories.
For those seeking an affordable, reliable, and feature-rich storage system for their balcony power plant, the Growatt NEXA 2000 is an ideal choice. With a robust design, smart features, and the ability to scale as energy needs grow, this latest offering from Growatt promises to bring electricity bills down while increasing energy independence.
- The renewable-energy industry is evolving, with the introduction of the Growatt NEXA 2000, an all-in-one power storage system designed for balcony-based power plants.
- This innovative product, available at the Powerness Shop, is a smart choice for those seeking an affordable and feature-rich renewable-energy storage solution for their smart-home-devices and gadgets.
- Finance-wise, the NEXA 2000 offers a cost-effective solution, priced at €727, making it accessible for a wide range of energy consumers.
- The technology behind the NEXA 2000 includes advancements such as four MPPT inputs, an integrated inverter, and a LiFePO4 battery, all working together to optimize energy production, reduce costs, and increase energy independence.
