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Wind and solar power system

  • 1.2KW Hybrid Solar Wind Power
1.2KW Hybrid Solar Wind Power

1.2KW Hybrid Solar Wind Power

  • Product description: 1.2KW Hybrid Solar Wind Power
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3HZ-SW1.2KW Wind Solar Hybrid Off -grid System

System Configuration:

●  Wind Power: 400W rated power output - 400 Wind turbine, 24V

●  Solar Power: 800W rated power output - 4pcs 200W 24V polycrystalline solar panel

●  off-grid wind solar hybrid controller:  24V/40A

●  Inverter: Pure Sine Wave Power Inverters/Chargers  220V/800W

●  fixation tower 6 meter tower for 400w wind turbine

●  Rooftop solar panel installation bracket for 800W PV

Estimated System Yearly Power Production(KWH) - solar & wind combined

Annual avg.wind speed

3m/s

3.5/s

4m/s

4.5m/s

5m/s

5.5m/s

6m/s

6.5m/s

7m/s

8m/s

9m/s

Yearly production

940

1020

1170

1310

1480

1680

1800

1910

2020

2180

2220

Daily production

2.6

2.8

3.2

3.6

4.1

4.6

4.9

5.2

5.5

6.0

6.1


Remarks: solar power production is estimated based on areas with class II solar resources (yearly sunshine 3000-3200hrs, radiation level 6570-7621MJ/㎡), wind power production is estimated based on annual average wind speed at 10 meter high free-standing tower installation, you may input your project site latitude & longitude at following website, so you can get more accurate figure of your local wind and solar resources.

http://www.gaisma.com/en/

http://eosweb.larc.nasa.gov/sse/RETScreen/


Recommended Application:

Simple cottage with 1-2 bedroom, providing very basic power for total load less than 800W.

·  Ideal solution for areas with stable public grid supply to reduce your electricity bill.

·  Ideal solution for areas with unstable public grid supply as a reliable power backup system.

·  Areas completely without public grid supply, 3HZ-SW system could serve as a stand-alone power supply system, such as remote area or holiday cottage.


System Installation Requirement:

●  Rooftop solar panel installation requires minimum 8 square meters, south-facing steep roof is recommended for better solar power harvesting.

●  Open space without tall obstacle is preferred for wind turbine installation for better wind power harvesting.

●  1-2 square meter space is preferred to place controller inverter system and batter bank.



System Specification:

System Detail

3HZ-SW1200

Rated Capacity

1200W

Wind turbine

Rated Capacity:400W

Impeller Diameter: 1.55m

Start up wind speed: 2.0m/s

Voltage:24V

PV modules

Silicon Type: Mono-crystalline silicon

Maximum  Power (Watt):800W (200Wx4pcs)

Wind Solar Hybrid off-grid controller

Rated Power Output of Wind Turbine:400W

Rated Power of Solar Panel:800W

Rated Battery Voltage : 24V

Inverter

Output Waveform: Pure Sine Wave

Continuous output capacity (watts):800W

Peak output capacity (watts):1600W

Output nominal voltage:110V OR 220V

Output frequency regulation: 50 or 60 Hz (+/- 0.3 Hz)

Deep Cycle battery AGM gel

12V/200AH x 2pcs

PV module mounting bracket

flat roof/tile roof/corrugated Metallic roof/ground mount

Suggested Tower installation

(3m) for wall fixation installation

(4m) for flat roof installation

hydraulic tower 10.4 meters


Recommended household electric applicance – 3HZ-SW1.2KW-Basic

Electric Equipments

Specification

Power(W)

Working Hours

Daily power consumption(KWh)

Light

25W x 3pcs

75

6

0.45

LCD TV

100Wx1pcs

100

5

0.5

fan

70Wx1pcs

70

4

0.28

Small fridge (50L)

120Wx1PCS

120W

24

0.4

laptop

85Wx1pcs

85

6

0.51

Other small home appliances

150W

350

2

0.7

Total capacity suggested

800W

Total daily power consumption

2.84



Remarks:

1. System inverter is designed with total capacity 800W, which means total load capacity of the house should be no more than 800W, inverter will automatically shut down if instant load over 800W for system self-protection, so we suggest end user estimate your own house total load capacity then select the proper inverter system.

2. Above household daily power consumption is calculated based on a typical usage of an ordinary household for end user reference only.

3. Air conditioner is not recommended for this system because air conditioner is a high power consumption unit which consumes 5-8KWH, if the house has to be equipped with air conditioner, we suggest supply the power for air conditioner from public grid.

4. There is an optional by-pass switch which could automatically switch to public grid power when there is not enough power in battery bank, this is only applicable to the area with public grid connection.

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