This 1kW 48V Complete Grid-Tie Wind Power System is designed to seamlessly integrate with the national power grid, offering a comprehensive solution for users. This system is excellent for windy locations where the wind is consistent or regular, such as coastal areas, islands, and open hilltops. It is not suitable for built-up areas or other locations with poor wind conditions, such as urban environments with many buildings, dense forests, or areas surrounded by tall objects, structures, or vegetation.

By feeding up to 1kW of wind power into the large 24kWh battery bank, this system can significantly reduce electricity bills while providing unmatched versatility. The inverter operates efficiently in grid-tie, hybrid, off-grid, and UPS modes, ensuring uninterrupted power supply even during mains power cuts. Advanced monitoring features enable users to keep track of the battery bank through a mobile app connected via Bluetooth, with optional Wi-Fi connectivity (sold separately) and remote portal monitoring capabilities available for added convenience.

The innovative inverter is fully compliant with G98/G99 standards required for grid-tie installation and is easily upgradable. Solar panels can be added to the inbuilt MPPT solar charge controller to supplement power generation, or through a separate MPPT controller if needed for more complex roofs. Additionally, more wind turbines can be added to the system with separate wind charge controllers.

Kit includes:

1kW 48V wind turbine with 3 blades and tail furling mechanism
1kW 48V MPPT wind charge controller with LCD display and dump load
5.5kW 48V hybrid solar pure sine wave inverter
24kWh 48V 500Ah battery bank - comprised of 24 x 2V AGM batteries
Battery measurement smartshunt with inbuilt bluetooth
2 x Automatic circuit breaker
50m 4mm² extension cable
2 x 1m of 10mm² tinned copper battery cables
2 x 1m of 50mm² tinned copper battery cables
Loose ring terminals

1kW 48V wind turbine with 3 blades and tail furling mechanism:

This powerful 1kW 48V wind turbine is designed for use in a wide range of locations with medium to strong wind speeds. For example, in areas such as open fields, coastal areas, and high ground. It is suitable for a variety of applications, including power generation for remote locations, industrial sites, agriculture, off-grid and hybrid household power systems, and for telecommunications purposes.

This wind turbine has been specifically engineered to maximise power generation whilst ensuring optimum safety. In addition to the standard braking and safety features, this wind turbine also includes an innovative aerodynamic tail furling mechanism, which causes the blades of the turbine to turn away from excessive incoming wind to prevent damage to the generator.

1kW 48V MPPT wind charge controller with LCD display and dump load:

The wind charge controller uses MPPT boost charging technology to unlock the full potential of your wind power system, ensuring optimal performance. The wind charging circuit is equipped with cutting-edge power tracking and voltage-boosting features, achieving the maximum available power from the wind turbine even in low-wind conditions. It also comes with a turbine braking function and external dump load to protect the battery and the turbine during high winds.

This controller features a user-friendly interface with a digital LCD display that shows essential information such as battery voltage, charging current, connection status of the wind turbine, and battery charging status, while also alerting users to system faults or abnormal values like low battery voltage. Advanced software configuration is enabled via a dedicated free Windows software that connects through an RS232 port, allowing users to set parameters including charging and disconnect voltages, wind turbine overcurrent, wind turbine start voltage, and wind braking settings, along with access to monitoring and historical data.

5500W 48V Iconica Hybrid Inverter:

The Iconica 5500W 48V hybrid grid-tie inverter boasts advanced 3-in-1 hybrid functionality, combining a pure sine wave inverter, an MPPT solar charge controller, and a smart mains charger. It offers highly customisable settings for various parameters (max. feed-in power, charging voltages, battery type, etc.) and advanced communication options, including remote monitoring via a Wi-Fi connection kit. Additionally, the inverter features an illuminated LCD screen displaying real time data. Compatible with various battery types, this inverter is a versatile and efficient solution for modern energy needs.

The inverter features three main operating modes:

Grid-tie mode: Energy generated by the wind turbine is fed back to the national grid via the battery bank.

Grid-tie with battery backup: Generated wind power can be used to charge the battery, as well as feed energy back to the grid and supply power to the load through the battery. Mains electricity can also be used to power the load and charge the battery. In this mode the user can configure energy supply priority, charging source priority, and load supply source priority. When solar power or mains power is unavailable, the battery will act as a 'back up' and continue to power the load (e.g. when no solar power is connected or during a mains power cut). 'Peak' and 'Off-peak' times for electricity demand can also be set, in order to prioritise either load power supply or battery charging.

Off-grid mode: Utilises wind energy to power loads or charge batteries without feeding power back to the grid, while still allowing mains power usage if necessary. In this mode the user can configure energy supply priority, charging source priority, and load supply source priority.

Using a Grid-tie operation with battery backup offers significant advantages over standard grid-tie inverters by ensuring uninterrupted power and reducing electricity costs. During power outages, standard grid-tie inverters shut down completely, leaving users without electricity and wasting wind energy. In contrast, this advanced inverter utilises stored battery power to maintain an uninterrupted power supply (UPS), keeping appliances running and continuing to harvest energy from wind. As electricity prices rise and subsidies for grid-fed power decrease, maximising self-consumption becomes crucial. The system can prioritise using stored wind energy with 'peak' and 'off-peak' settings to restrict mains power usage during periods where electricity cost is higher, thereby reducing reliance on the grid and lowering overall electricity costs. This approach ensures that wind energy is effectively utilised, enhancing both energy independence and cost efficiency.

24kWh 48V 500Ah AGM Battery Bank:

The advanced 48V 500Ah battery bank included in this kit is comprised of 24 x 2V high quality AGM batteries, complete with metal plate connectors for instant connection. This battery bank features 2V batteries, offering important advantages over battery banks made up of 12V batteries including a longer service life and deeper discharge capability.

Additional items:

This kit also includes 1m positive and negative 10mm² and 50mm² tinned copper battery cables with loose ring terminals for connecting the inverter to the battery bank and the charge controller to the battery bank, two automatic circuit breakers for use between the hybrid inverter and the battery bank, and the charge controller and the battery bank, 50m extension cable to connect to the wind turbine to the charge controller.

Click on the Details and Specifications tab for more information about this kit.

Wind Turbine specifications:

Number of blades: 3
Rated power: 1000W
Rated voltage: 48V
Start-up wind speed: 2.5m/s
Rated wind speed: 12m/s
Blade material: High-strength Nylon Composite
Generator case: Die-cast Aluminium
Diameter of blades: 3.2m
Compliance: CE, GMC, TUV
Bolts / Nuts included

Wind charge controller specifications:

Nominal battery voltage: 48V
Maximum wind input power: 1000W
Wind input voltage range: 8V – 64V
Maximum wind input current: 21A
No load self-consumption: <2W
Ambient temperature: -20ºC to +40ºC
Humidity: 0 – 90% (non-condensing)
Controller dimensions: 300 x 375 x 145 mm
Controller weight: 10 kg
Dump load dimensions: 360 x 80 x 120 mm
Dump load weight: 2.8 kg

Hybrid inverter specifications:

Nominal battery voltage: 48V
Continuous power output: 5500W / 5500VA (220-240V AC)
Surge power: 11000VA
Output frequency: 50Hz /60Hz
Output waveform: Pure sine wave
Maximum solar input power: 6500W
Maximum open circuit solar input voltage: 500V
Solar MPPT operating voltage: 120-450V DC
Maximum solar input current: 13A per MPP tracker
Maximum AC input current including bypass: 40A
Maximum battery charging current from AC: 60A
Maximum combined charging current from solar / AC: 60A
Peak efficiency: 93%
Solar / AC charger max efficiency: 98%
Operating temperature: -10°C to 40°C
Size: 110 x 450 x 445 mm
Weight: 16 kg

Battery bank specifications (per 2V battery):

Nominal voltage: 2V
Nominal capacity: 500Ah (10h rate) / 508Ah (20h rate)
Maximum charging current: 100A
Cycle lifetime at 30% D.O.D.: 1200
Pressure control: safety valve installed
Terminal type: M10 bolts
Operating temperature: from -10C to +40C
Size: 242 x 174 x 365 mm
Weight: 27 kg

(entire 24V battery bank):

Nominal voltage: 48V
Nominal capacity: 24kWh
Maximum charging current: 100A
Charging voltage: cycle use 56.4V, standby use 54.8V
Temperature compensation: cycle use -120mV/°C, standby use -72mV/°C
Size: 1290 x 1140 x 670 mm (when positioned in racking)
Weight: 720 kg (including racking)

Please note: due to our warehouse arrangements, the kit accessories may be shipped from a different warehouse to the wind turbine, hybrid inverter, and battery bank, and therefore delivered in a separate package.

The wind turbine and batteries are covered by a 1 year warranty provided by Photonic Universe. In the unlikely event that a defect is found and confirmed during this period, we guarantee that we will repair or replace defective items (at our discretion). The hybrid inverter is covered by a 1 year manufacturer warranty. For more information please refer to our Terms and Conditions.

For installation advice, please click on the Installation tab.

We can offer a detailed wiring diagram and full technical support for installations and settings upon request.

Installation and assembly of this wind turbine is extremely simple. For full information, please refer to the detailed user manual supplied with this product (see Documents tab).

This wind turbine requires a mounting pole, which is not included. The base of the wind turbine features a flange connector which can be bolted to a suitable pole. We recommend using a metal pole for mounting (e.g. a scaffolding pole) rather than poles made of timber or plastic, which may pose a safety hazard.

If you need help with installation or have any technical questions we can provide FREE support - please contact us by email or phone (see Contact Us page for more information).

The following documents are available to download:

User manual for 1000W 48V Wind Turbine (WTD1000-48)

1000W 48V MPPT wind controller user manual (HCM1000-48-48)

Programming software (Windows only) for HCM1000-48-48

User manual for Iconica 5500W 48V grid-tie/ off-grid hybrid power inverter ICGT-IFS5500-48

User manual for Photonic Universe 48V 500AH AGM battery bank (AGM500AH-24SETR)

Metal racking assembly & installation manual for Photonic Universe 48V 500AH AGM battery bank (AGM500AH-24SETR)

1kW grid-tie wind turbine kit with 5.5kW hybrid inverter and 24kWh battery bank for export of wind power into the grid