Inverters and storage

The three-phase, grid-connected inverter SUN2000 10KTL-M1 (High Current) from Huawei is equipped with AI-supported arc detection (AFCI) and offers maximum safety and can achieve up to 30% more yield through optimizers.

The Plug & Play battery interface facilitates the integration of storage units, and support for WLAN, Fast Ethernet and 4G (optional) ensures flexible communication.
The inverter is suitable for the residential sector.

The SUN2000 10KTL-M1 High Current can operate solar systems with a DC output of up to 15 kWp and is compatible with the HUAWEI LUNA2000 energy storage system.
It offers up to 10 kW discharge power on three phases with an efficiency of 98.1%.
It communicates with the HUAWEI Smart Meter via the RS485 interface to efficiently manage energy flows in the household.
The data is displayed in the HUAWEI portal or the FusionSolar app.

The Huawei SUN2000 KTL-M5 inverter is a state-of-the-art and efficient solution for photovoltaic systems.
With a maximum efficiency of 98.6% and intelligent monitoring of up to 8 strings, it offers optimum energy yield and precise monitoring.
Its fuse-free design and factory-fitted overvoltage protection (type 2 for AC and DC) increase operational reliability and reduce maintenance costs.

Two independent MPP trackers, each with two inputs and smart cooling, ensure reliable operation.
The MPPT operating voltage range of 200 V to 1,000 V offers high flexibility during installation.
The inverter supports RS485 for Smart Power Sensor and SmartLogger as well as SDongle WLAN, Ethernet and optional 2G/3G/4G for versatile communication options.

With integrated PID recovery and IP66 protection, the SUN2000 KTL-M5 is robust and versatile.
This inverter is the ideal choice for operators looking for a powerful and reliable solution for their PV system.
The SUN2000 KTL-M5 series inverter is more suitable for small to medium sized installations, such as residential or small commercial applications.

The Huawei K-MB0 inverter series offers an advanced solution for medium to large photovoltaic systems.
With a maximum efficiency of up to 98.6%, this series guarantees a high energy yield.
The inverters are equipped with two MPP trackers to ensure optimal performance even in varying light conditions.
In addition, it has two battery inputs to maximize energy utilization.

Communication takes place via RS485, as well as optionally via versatile interfaces WLAN, Ethernet and optionally 2G/3G/4G, which enables flexible monitoring and control of the system.
Thanks to the smart cooling function, the devices require little maintenance.
The MPPT operating voltage range extends from 200 V to 1,000 V, which offers a high degree of flexibility during installation.
The inverters also have integrated overvoltage protection (type 2 for AC and DC) and a fuse-free design for increased operational safety.
The IP66 degree of protection ensures that the inverters function reliably in different environments.

The Huawei LUNA2000-S0 series offers a flexible and powerful storage solution for photovoltaic systems.
With modular cascadable units, up to 4 towers of MB0 can be enabled, ranging from 5-60kWh capacity.
The batteries use lithium iron phosphate technology (LiFePO4) for high safety and long life, with an efficiency of up to 98% and up to 6,000 cycles.

The integration is seamless with Huawei SUN2000 inverters.
Users can monitor the performance via the FusionSolar app or the web portal.

An outstanding feature is the charging management at storage module level.
The modules can be 100% discharged and can be retrofitted for an unlimited period of time.
Conventional storage systems can only be retrofitted for a period of one to two years.
Furthermore, faulty battery modules are automatically isolated to maintain system operation.
The LUNA2000-S0 series thus offers an efficient, safe and customizable storage solution for solar energy.

The Huawei LUNA2000-S1 series is an advanced energy storage system specially developed for use in private households.
It includes models with different capacities, each of which can be expanded by adding battery modules.
The modules are designed for parallel connection of up to four towers with MB0, which can significantly increase the total capacity.

With a maximum input and output power of 10.5 kW per energy storage system and a fast charging and discharging capacity of 3.5 kW per module, the battery enables efficient management at module level.

The system operates quietly with a noise emission of less than 29 dB and is designed for use in a wide temperature range from -20°C to +55°C. It is suitable for both indoor and outdoor use.
It is suitable for both indoor and outdoor use and has a protection class of IP66, which protects it against dust and strong water jets.
Cooling is provided by natural convection, which further simplifies operation and increases reliability.

The Huawei Smart Power Sensor specializes in the precise measurement and monitoring of energy flows.
It also communicates via RS485 and offers current export limitation control.
The sensor is characterized by a low power consumption of ≤ 1 W and a measurement accuracy of over class 1.
It has an LCD display and enables 3-phase energy measurement for both energy consumption and feed-in.
The sensor is designed to be mounted on a DIN35 DIN rail and records the house consumption around the clock, supports dynamic active power control and can provide battery data in combination with Huawei SUN2000 inverters.

EMMA (Energy Management Assistant) is an intelligent energy management system that combines both hardware and software.
It integrates power generation, consumption measurement, communication and control of other devices in a single device.
Thanks to AI-supported analyses, EMMA can accurately predict a household’s energy requirements and intelligently distribute surplus energy.
EMMA optimizes energy planning, energy management and the distribution of energy flows.
It supports functions such as the intelligent control of radiators and heat pumps, peak load reduction, PV and ESS planning and the management of smart chargers.