• Wind-Solar Hybrid LED Street Light with 60W Lamp System 1
Wind-Solar Hybrid LED Street Light with 60W Lamp

Wind-Solar Hybrid LED Street Light with 60W Lamp

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The wind-solar hybrid LED street light system including Maglev vertical axis wind turbine, wind-solar hybrid intelligent controller, 60W LED lamp, Solar Panel, Battery with Pole. Each parts detail introduce as below:

Maglev vertical axis wind turbine
maglev technology personnel was our company integrating appearance design, practical design, mechanical, electrical engineering, power, wind tunnel test of atmospheric air, maglev technology, computer simulation fraction disciplines such as integrated, using maglev technology theory, without any mechanical friction in motor under the condition of wind loads, in turn, make fan motor startup, high grade 1 wind power generation, smooth operation

Wind-Solar hybrid intelligent controller
The intelligent controller has three main functions:

  1. Prevent battery overcharge and over discharge

  2. Change AC into DC

  3. Can be set time, RPM and light control with time control to street light


LED Lamp
Self-research and design, use CREE brand chip, high-strength tempered glass with better light transmission and UV resistance. Power efficiency was higher than 93%, 50000 hours life span with intelligent dimming function.

Solar Panel
Generally we use MONO silicon solar panel that it transform efficiency can be get 18% above
Battery
Used lead-acid or GEL batteries, usage time between 3 to 5 years. Wanted more battery usage time please use lithium iron phosphate battery



Light Pole
Used Q235 high-quality steel, the thickness of up to 9mm around, and after DACROMET technical treatment, can be anti-rust anti-acid, alkali
Installation:
• Easy Installation: System can be assembled within one hour
• No welding
• Single or multiple unit connection for bigger power production
• Easy connection with PV systems

3,Design:
• Gearless design: no need to replace worn-out or broken gear
• Brushless: motor brushes making high failure items results in regular replacements
• Bearing-free design: no need to lubricate or to replace worn-out bearings
• Magnetic levitation design: reduces rotational resistance to enhance power generation as well as prolong the turbine life.
• No yaw or furling mechanism required: allows for peak power output at any wind speed
• No cogging torque for cutting-in at low wind speed
• Direct-drive: Extends product life
• Blades can start rotating at very low wind velocity of 2.2 mph (1 m/s)
• Space-saving, aerodynamic airframe
• Heavy duty and industrial level construction
Wind Solar Hybrid Street Light System With Doulbe LED Lamps


Application

The wind solar hybrid system can be applied to many places,
Street lighting
High way lighting
Park lighting
Park lot lighting
Square lighting
Landscape lighting
Tourist site lighting

Specification

Rated power

Approx. 300Wh at 13 m/s (26 mph)

Swept Area

0.8 m2

Height / Diameter

1.23/1.09 m

Weight

27 kg

Shipping Dimensions

1160 x 520 x 790 mm  56 kg

Startup Wind Speed

1 m/s (2.6 mph)

Voltage

12, and 24 V AC

Turbine Controller

Smart Wind $ solar hybrid controller

Body

Permanent mold cast aluminum

Blades

(7) Injection-molded aluminum

Alternator

Permanent maglev generator

Overspeed Protection

3 phases short-circuit braking control

Survival Wind Speed

65m/s

Mount

Inner diameter 80MM 140mm outer diameter

Wind Speed Operating Range

1-15 m/s (8-49 mph)

Optimum Wind Speed Range (RPM)

8-10 m/s ( 750-800RPM)

 

Why to choose TYPMAR  wind turbine ?

The CXF series of maglev wind turbines undergoes a continuous improvement process, which incorporates exterior design, utility design, electrical engineering, dynamic engineering, power mechanics, aviation air engineering, wind tunnel testing, lightening protection, computer simulation techniques and other multiple subjects to have the following features:

  • Magnetic levitation technology

  • Independent of the direction of the wind

  • Startup at low wind speed of 1m/s

  • Higher efficiency compared to traditional HAWT

  • Works even in turbulence

  • Visually pleasing appearance

  • Turbine construction is resistant to gale 60m/s (132MPH)

  • Robustness and adaptation to all possible environmental conditions thanks to material of aluminum alloy or stainless steel

  • Design life: at least 20 years

  • Noise: Tested by China National Machinery Quality Inspection Centre at 12m/s: <40db

HAWT AND MVAWT

Item

Horizontal axis (HAWT)

Vertical axis (EML)

Start wind speed

High(≥3m/s)

Low(1m/s)

Wind conditions required

Require stable wind direction

Any wind direction

Encountered turbulence

Reduce the efficiency

Efficiency is not affected

Power stability

Change by wind direction

Without any wind effect

Noise

Large(45 decibels or more)

Low noisy                                         (because there is no mechanical friction)

Product appearance

Normal

Beautiful

Installation height

High(need to avoid the terrain turbulence)

Low(not afraid of  turbulence)

Installation location

Just in open area like suburb

Any location

Generator material

Plastic or composite

metal

Structure strength

Poor (easy to broken)

High(double strengthen arm)

Resistance of wind speed

Poor(about 40 m/s)

High




Q: Would like to ask: railway communication, signal, power equipment installation related to mechanical and electrical engineering? If belong to, including specific aspects. Thank you
2, the communication system has its own transmission access network system, program-controlled switching system, optical cable and cable system and line real-time online monitoring system, power supply system and power environmental monitoring system (such as these are basically the same equipment and system of telecom operators, need to have a special construction qualification).
Q: The production and transportation process of electric power
Transmission lines can be divided into overhead transmission lines and underground transmission lines according to the structure. The former is composed of line tower, conductor, insulator and so on, which is erected on the ground; the latter is mainly used for laying underground cable (or underwater). According to the nature of the current, the transmission can be divided into DC and AC transmission. In 1880s, the first successful realization of DC transmission, due to the low voltage limit (the transmission capacity is roughly proportional to the square of the transmission voltage) in the end of nineteenth Century for AC transmission replaced. AC transmission success ushered in the era of electrification in twentieth Century. Since 1960s, because of the development of power electronics technology, DC transmission has a new development, and AC transmission, with the formation of AC and DC hybrid power system.
Q: Electric power automation equipment
Power grid dispatching automation, power system analysis and control, power electronics, power market, distribution automation,
Q: What is the meaning of the high - voltage high - voltage device in power system, which is mainly used to protect the equipment and equipment
The high cycle is high frequency, rated frequency of power system in China is 50Hz, the normal range was 49.8~50.2Hz, under normal circumstances, the power dispatching department through power planning, automatic control and other means to achieve power generation and load demand power balance. In the event of an accident, the balance can not be controlled by these means,
Q: Ready to do electrical engineering commissioning, but do not know the work tired? Is there any danger?
First, the main contents of the commissioning of power engineering are as follows:1, familiar with the one or two circuit wiring, the examination of the drawings, the 10kV and 110kV of the electrical test of the one or two equipment, the protection device test;2, equipment debugging, test process data record analysis and problem solving;
Q: What is the LCP cabinet of electric power equipment
But not completely covered, PLC cabinet is only for PLC, but it may be installed in the production site, it may also be installed in the control room.
Q: On the safety hazards of electric equipment safety
1 prohibited in the overhead power lines on both sides of the area within 300 meters of flying kites. If the illegal flying kite behavior should be stopped at the first time and report to the power sector or local government.2 no unit or individual shall plant trees, bamboo or other tall plants that may endanger the safety of power facilities in the power line protection zones.
Q: In order to ensure the normal operation of the power system and equipment to achieve a grounding
4) repeat grounding: in the low voltage three-phase four wire system (380V/220V), which is directly grounded in the neutral point, in addition to the working connection at the power supply, it is necessary to re connect the ground at the other place of the zero line. To ensure the safety and reliability of the zero line. It is simply to say that one or more points on the zero line are grounded again.
Q: Reactive power compensation methods commonly used in power equipment
Hello!Electrical equipment commonly used in reactive power compensation and the method of improving power factor are: synchronous motor, synchro, series capacitor compensation, shunt capacitor and series reactor compensation (EHV transmission line) and SVC, SVG compensation. SVG is through the power electronic device IGBT and its control circuit, a active VaR of equal amplitude and opposite to the size of the system, the reactive power compensation device for reactive power compensation to offset the system in recent years is the development direction of reactive power compensation.
Q: Withstand voltage test, power equipment insulation unqualified reasons?
Voltage test, power equipment insulation failure may be due to: insulation deterioration. Such as transformer oil into the water, solid insulation moisture, insulation aging, etc., will lead to decreased insulation performance, in the pressure test may not be qualified.

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