Galvenās funkcijas un uzdevumi:

• Automātiska pārslēgšanās uz rezerves barošanu (ATS): Ja pazūd elektrība tīklā, sistēma īpaši ātri (līdz 20 milisekundēm ar MAP0 sērijas invertoru) pārslēdz mājas elektroapgādi uz akumulatoriem un saules paneļiem.
• Viedā slodzes pārvaldība: Iekārta atsevišķi pārvalda svarīgos patērētājus (kas turpinās strādāt strāvas zuduma gadījumā) un nesvarīgos patērētājus, lai efektīvi taupītu akumulatora enerģiju.
• Inteliģentā ekosistēma (EMMA): Tā darbojas kā mājas enerģijas smadzenes, ļaujot integrēt un vadīt arī Huawei viedos elektroauto lādētājus, siltumsūkņus un trešo pušu viedierīces.

iStoragE3 is an energy storage system that includes a single three-phase hybrid inverter and 1 to 8 lithium-ion batteries. It is designed for households and energy storage from PV production or the electrical grid. The iStoragE system can operate both in grid-tied and off-grid modes and allows full control over energy export. It also directly impacts efficient self-consumption.

Together with PV modules, the device automatically stores excess solar energy during the day for later use. An additional advantage is the ability for users to set charging and discharging times, as well as electricity market tariffs, allowing batteries to be charged when energy prices are low and discharged when prices are high.

The Kehua iStoragE3 provides remote energy consumption and export management and monitoring via the WiseSolar Plus app, using a dedicated energy meter. It can function as a backup power source device, providing uninterrupted protection during electrical system outages, or operate in an off-grid system with a power generator, such as a PV installation or electrical generator, to ensure power independence.

iStoragE3 is an energy storage system that includes a single three-phase hybrid inverter and 1 to 8 lithium-ion batteries. It is designed for households and energy storage from PV production or the electrical grid. The iStoragE system can operate both in grid-tied and off-grid modes and allows full control over energy export. It also directly impacts efficient self-consumption.

Together with PV modules, the device automatically stores excess solar energy during the day for later use. An additional advantage is the ability for users to set charging and discharging times, as well as electricity market tariffs, allowing batteries to be charged when energy prices are low and discharged when prices are high.

The Kehua iStoragE3 provides remote energy consumption and export management and monitoring via the WiseSolar Plus app, using a dedicated energy meter. It can function as a backup power source device, providing uninterrupted protection during electrical system outages, or operate in an off-grid system with a power generator, such as a PV installation or electrical generator, to ensure power independence.

iStoragE3 is an energy storage system that includes a single three-phase hybrid inverter and 1 to 8 lithium-ion batteries. It is designed for households and energy storage from PV production or the electrical grid. The iStoragE system can operate both in grid-tied and off-grid modes and allows full control over energy export. It also directly impacts efficient self-consumption.

Together with PV modules, the device automatically stores excess solar energy during the day for later use. An additional advantage is the ability for users to set charging and discharging times, as well as electricity market tariffs, allowing batteries to be charged when energy prices are low and discharged when prices are high.

The Kehua iStoragE3 provides remote energy consumption and export management and monitoring via the WiseSolar Plus app, using a dedicated energy meter. It can function as a backup power source device, providing uninterrupted protection during electrical system outages, or operate in an off-grid system with a power generator, such as a PV installation or electrical generator, to ensure power independence.

iStoragE3 is an energy storage system that includes a single three-phase hybrid inverter and 1 to 8 lithium-ion batteries. It is designed for households and energy storage from PV production or the electrical grid. The iStoragE system can operate both in grid-tied and off-grid modes and allows full control over energy export. It also directly impacts efficient self-consumption.

Together with PV modules, the device automatically stores excess solar energy during the day for later use. An additional advantage is the ability for users to set charging and discharging times, as well as electricity market tariffs, allowing batteries to be charged when energy prices are low and discharged when prices are high.

The Kehua iStoragE3 provides remote energy consumption and export management and monitoring via the WiseSolar Plus app, using a dedicated energy meter. It can function as a backup power source device, providing uninterrupted protection during electrical system outages, or operate in an off-grid system with a power generator, such as a PV installation or electrical generator, to ensure power independence.

iStoragE3 is an energy storage system that includes a single three-phase hybrid inverter and 1 to 8 lithium-ion batteries. It is designed for households and energy storage from PV production or the electrical grid. The iStoragE system can operate both in grid-tied and off-grid modes and allows full control over energy export. It also directly impacts efficient self-consumption.

Together with PV modules, the device automatically stores excess solar energy during the day for later use. An additional advantage is the ability for users to set charging and discharging times, as well as electricity market tariffs, allowing batteries to be charged when energy prices are low and discharged when prices are high.

The Kehua iStoragE3 provides remote energy consumption and export management and monitoring via the WiseSolar Plus app, using a dedicated energy meter. It can function as a backup power source device, providing uninterrupted protection during electrical system outages, or operate in an off-grid system with a power generator, such as a PV installation or electrical generator, to ensure power independence.

Huawei Smart Power Sensor DTSU666-H is a three-phase current sensor designed for use in solar energy systems. The component handles voltage from 176 to 288 volts and impresses with a very low power consumption of less than one watt. Installation is simple, easy, and effortless. Once integrated, the sensor displays performance data via the built-in LCD screen and can also be operated without effort. Additionally, the Huawei Smart Power Sensor DTSU666-H supports communication via RS485, allowing remote reading. The Modbus RTU communication protocol is used for this purpose.

Another outstanding feature of this current sensor is its high accuracy. Voltage measurement accuracy is ±0.5%, frequency fluctuation is 0.01 Hz, and current, power, and energy are measured with a maximum deviation of ±1%. This classifies the sensor as having an accuracy class greater than 1. Other technical details include its compact housing measuring 100 x 72 x 65.5 mm and weighing 1.5 kg including cables. This saves space for the compact component. The operating temperature range is from -25 °C to +60 °C, and the component allows relative humidity from 5% to 95%. Current can be measured up to 250 A. The delivery set includes three split-core current transformers with 5 m cable length and an RS485 cable with 10 m length.

3-phase smart power sensor
Voltage range: 176-288 V
Accuracy class > 1
Easy operation via LCD display
Power consumption ≤1 W
Communication via RS485

Huawei Smart Power Sensor DTSU666-H is a three-phase current sensor designed for use in solar energy systems. The component handles voltage from 176 to 288 volts and impresses with a very low power consumption of less than one watt. Installation is simple, easy, and effortless. Once integrated, the sensor displays performance data via the built-in LCD screen and can also be operated without effort. Additionally, the Huawei Smart Power Sensor DTSU666-H supports communication via RS485, allowing remote reading. The Modbus RTU communication protocol is used for this purpose.

Another outstanding feature of this current sensor is its high accuracy. Voltage measurement accuracy is ±0.5%, frequency fluctuation is 0.01 Hz, and current, power, and energy are measured with a maximum deviation of ±1%. This classifies the sensor as having an accuracy class greater than 1. Other technical details include its compact housing measuring 100 x 72 x 65.5 mm and weighing 1.5 kg including cables. This saves space for the compact component. The operating temperature range is from -25 °C to +60 °C, and the component allows relative humidity from 5% to 95%. Current can be measured up to 250 A. The delivery set includes three split-core current transformers with 5 m cable length and an RS485 cable with 10 m length.

3-phase smart power sensor
Voltage range: 176-288 V
Accuracy class > 1
Easy operation via LCD display
Power consumption ≤1 W
Communication via RS485

Commissioning the WLAN module is quick and easy. An LED indicator shows the current module status and assists with setup. Once connected, the dongle is almost unnoticeable. With dimensions of 146 x 48 x 33 mm and a total weight of only 90 g, the technology stays in the background and works reliably. The Smart Dongle A-05 WLAN-FE can be used in nearly any environment, partly thanks to its IP65 protection rating. Temperature and humidity tolerance ranges are -30°C to +65°C and 5% to 95%, respectively. Typical power consumption is 2.5 watts, even lower than some 4G dongles.

Before purchasing, check compatibility with the inverter; the Smart Dongle A-05 WLAN-FE works with many SUN2000 series models. For maximum security, the wireless connection is encrypted using WPA/WPA2 or TKIP/CCMP/AES protocols.

Maks. 10 atbalstītas ierīces
Savienojuma interfeiss USB
Plug-and-play uzstādīšana
Displeja LED – indikators
Preces numurs: 02312QMV