How to configure scenery complementary solar LED street lights

How to configure scenery complementary solar LED street lights Landscape Complementary Solar LED Street Lights are powered by solar and wind energy, and meet the requirements of all aspects with reasonable configuration. The main technical contents of this project are as follows: 1. LED lamp holder: use a light source with high light efficiency, low power consumption, long life, and high safety and reliability. The reaction speed is fast.

The unit is small in size. Green. Under the same brightness, the power consumption is one tenth of that of incandescent lamps and one third of that of fluorescent lamps, while the service life is 50 times that of incandescent lamps, and 20 times that of fluorescent lamps, which is the fourth generation of products after incandescent lamps.

Gas discharge lamps. 2. Solar battery: The function of the solar panel is to convert the sun's radiant energy into electrical energy, and send it to the battery for storage through the controller. Monocrystalline silicon solar cells and polycrystalline silicon solar cells are more common and practical in many solar cells.

3. Battery: Lead-acid maintenance-free or colloidal batteries are used, which are small in size, light in weight, small in self-discharge, less in maintenance, long in life, easy to use, non-corrosive to the environment, and pollution-free. Compared with traditional lead-acid batteries, it It has obvious advantages in use, maintenance and management. 4. Wind turbine: Choose a horizontal-axis or vertical-axis wind turbine with beautiful shape, light weight, and stable operation. The fan adopts tangential magnetic circuit, cage mechanism and choke electromagnetic design.

Transportation protection and various maintenance-free technologies make the wind turbine have high efficiency, strong overload capacity, and high safety protection factor. 5. Controller: MPPT charging mode is efficient, with protection fan braking function, with anti-overshoot, over-discharge, reverse connection, overload protection, LED open circuit, short circuit protection, etc. Does not damage any parts, does not burn insurance, and adapts to various harsh weathers.

Through the complementary charging of wind energy and solar energy and the reasonable calculation and configuration of the system, it can meet the requirement of no maintenance cost throughout the year. Technical innovation points: Technical innovation points: 1. Use high-density lead paste machine to coat the board, adopt high-temperature and high-humidity curing process, self-discharging electrodes are small, and have a long service life; with special design, the electrolyte will hardly decrease during use. The service life does not need to add water at all; the recovery performance is good after deep discharge or over discharge. If it is not replenished in time after discharge, 100% of the capacity can be recovered, which solves the technical problem that the photovoltaic system cannot be recovered in time for several consecutive days in the actual use process.

2. It adopts high-efficiency MPPT charging mode, modular design, and independent flexible boost circuit; the design adopts 12V/24V automatic identification system to prevent reverse connection between the battery and the solar panel, and does not damage any parts; it adopts dual braking system design; the fan and Solar panel independent control circuit, high stability. 3. Using the bottom support of the solar cell module: This design not only ensures the overall beauty of the solar street light, but also greatly improves the wind resistance of the solar cell module (that is, the solar panel). The bottom design of the streamline arc plays the role of exhaust, improving the stability and safety of use.

3. Main technical indicators Economy: Technical indicators: 1. LED color temperature: 2700-6500k optional. 2. Color rendering: Ra>75. 3. Light distribution type: Batwing type.

4. Lamp life>50,000 h. 5. Lamp protection grade: IP65. 6. Working environment temperature: -35°C~+50°C.

7. Lamp pole: Material Q235, after galvanizing, spray outdoor paint, wind resistance>35m/s. 8. Solar panel: monocrystalline or polycrystalline silicon. 9. Solar controller: landscape complementary controller.

10. Solar battery: DC12V.24V lead-acid or colloidal deep cycle maintenance-free battery. 11. Wind generator: small horizontal (vertical) axis wind generator. 12. Working time: 4-12h, 4-7 rainy days (can be customized according to requirements) Economic indicators: LED lamp holder improves the service life of the system.

LED street lights (fans keep recharging the battery when there is wind at night) reduce the configuration of solar panels and batteries. The cost has been reduced by more than 25%.