Do you have the need for solar street lights, garden lights, and lawn lights now? I can answer your

Features of LED light sources.

1.Voltage: LED uses a low-voltage power supply, the supply voltage is between 6-24V, which varies depending on the product, so it is a higher voltage than using it.

LED light source.

The power supply is safer, especially suitable for public places.

2.Efficiency: Consumes 80% less energy than incandescent lamps with the same luminous effect

3.Applicability: Very small, each unit LED chip is a 3-5mm square, so it can be prepared into a variety of shapes of devices, and suitable for volatile environments.

4.Stability: 100,000 hours with light decay at 50% of the initial level

6.Environmental pollution: no harmful metal mercury.

7.Color: The light-emitting diode can change color by changing the current, and the light-emitting diode can easily adjust the band structure and band gap of the material through chemical modification methods to achieve red, yellow, green, blue, and orange multi-color luminescence.

For example, an LED that is red at a low current can change to orange, yellow, and finally green as the current increases.

8.**: LED is not expensive.

9.Drive: LED can be driven by using low-voltage direct current, which has the advantages of small load and weak interference, and has low requirements for the use environment.

10.High color rendering: LED has high color rendering and will not cause harm to human eyes.

I am also mainly producing solar street lights, lawn lights for garden lights, if you have any needs, you can directly contact me. Consultation**Just search for Fan Xianbin's name directly on it.

Baoding Guangya Optoelectronics Technology Co., Ltd. is a large-scale solar street lamp manufacturer in North China.

The solar street light system is composed of solar cell modules (including brackets), LED lamp heads, control boxes (with controllers and batteries) and light poles. The light efficiency of the solar panel of Baoding Guangya Optoelectronics Technology reaches 127wp m2, which is very efficient, which is very beneficial to the wind-resistant design of the system; The lamp head part is integrated on the printed circuit board with 1W-5W white LED and 1W-5W yellow LED, and the dot matrix arranged at a certain distance is used as the plane light source.

The control box is made of stainless steel, and a maintenance-free lead-acid battery and a charge and discharge controller are placed in the control box. This system uses valve-regulated sealed gel battery, which is also known as "maintenance-free battery" because of its little maintenance, which is conducive to reducing system maintenance costs; The design of the charge and discharge controller takes into account the complete functions (with light control, time control, overcharge protection, over-discharge protection and reverse connection protection, etc.) and cost control, and achieves high cost performance.

The working principle of the system is simple, the solar cell made of the principle of photogenerated volt effect receives solar radiation energy during the day and converts it into electrical energy output, and is stored in the battery through the charge and discharge controller, and at night when the illumination is gradually reduced to about 10lux, the open circuit voltage of the solar panel is about 10lux, and the charge and discharge controller detects this voltage value and acts, and the battery discharges the lamp head. After the battery is discharged for a certain period of time, the charge and discharge controller acts, and the battery discharge ends. The main function of the charge and discharge controller is to protect the battery.

Product parameters: main material: the light pole is an all-steel structure, and the whole hot-dip galvanized plastic spraying treatment.

Solar modules: crystalline silicon 15-80wp (configured by load).

System working voltage: DC 12V-24V

Controller: special controller for solar lamps, light control + time control, intelligent control (self-opening of the light when it is dark, self-extinguishing of the light at dawn).

Energy storage battery: fully enclosed maintenance-free gel battery 12V17AH-80AH (according to load configuration).

Light source type: energy-saving high-power integrated LED energy-saving lamp (configurable according to customer requirements).

Degree of protection: IP65

Operating temperature: -30 degrees to 70 degrees, wind resistance 150km h

Height of light pole: 3m 8m (can be made according to customer requirements).

Rainy day guarantee: can work continuously for 4 5 rainy days (different seasons in different regions) (can be made according to customer requirements).

This product does not need to lay underground cables, no need to pay for lighting electricity, the key components used in solar garden lights are solar panels, solar DC street lamp intelligent controllers, maintenance-free batteries, lighting fixtures have been certified by the national *** GEF World Bank photovoltaic products. It is mainly suitable for lighting on urban roads, community squares, industrial parks, tourist attractions, park green belts and other places.

The battery of solar street lamp generally uses more lead-acid batteries, but in the cold areas there are more colloidal batteries, the quality of the battery is only to see the capacity and workmanship, the length of life and the daily discharge of the battery is related, the daily discharge is 10% of the capacity, then the life is about 1500, if 100% of the discharge per day, then the life is about 300 to 400 times, our company specializes in the production of solar street lamps enterprises, friends in need can contact the mobile phone above.

A complete LED solar street light system includes: LED light source, controller, battery, solar cell module and lamp body. During the day, the solar cell module converts light energy into electrical energy and stores it in the battery through the controller, and at night the battery supplies power to the light source through the controller, so that it can be converted into light energy to illuminate the road.

The lamp body mainly plays the role of system protection and daytime decoration to ensure the normal operation of this cycle. Among them, LED light source, controller and battery are the hubs that determine the function of the street lamp system, and they must be optimized and configured fairly in the design.

1.The system matches the questions.

Nowadays, manufacturers of solar lamps and lanterns often pursue too much modeling design, and ignore the most important system matching design, without in-depth consideration, simple calculations, and finally lead to a large number of problems in lamps and lanterns; There are also some manufacturers in order to create the best advantage of their own products, at the expense of the system is not chaotic, these practices are undesirable.

Matching design is an important factor related to the reliability and non-chaos of the system, and the following aspects should be considered in order to cause serious attention:

1) The ratio of solar cell power generation to load power consumption is fair.

2) The ratio of power consumption and battery capacity should meet the requirements of continuous rainy days and the discharge depth should be fair.

3) The ratio of solar cell charging current and battery capacity is fair.

4) The load discharge current is reasonably proportioned to the battery capacity.

Technical characteristics of street lights.

The purpose of road lighting is to provide a visually safe and reliable premise for night riders, high-brightness LED street lights, its brightness must meet the brightness requirements of traffic safety under the premise of meeting the existing road. Its luminous efficiency and luminous intensity can meet the brightness requirements required for existing road lighting. Since July 1, 2007, the Ministry of Construction's industry standard CJJ45-2006 "Urban Road Lighting Design Scale" has been implemented, and the requirements for road lighting illuminance are shown in Table 1.

Today's solar street lights are mainly lead-acid batteries, and the conventional service life is 2-3 years. However, gel batteries are also used, and the service life of gel batteries is 8-10 years.

Gel battery belongs to a development classification of lead-acid battery, the simplest way is to add a gelling agent to sulfuric acid to make the sulfuric acid electro-hydraulic into a colloidal state. Batteries with gelatinous electrohydraulics are often referred to as gel batteries.

Broadly speaking, the difference between gel batteries and conventional lead-acid batteries is not only that the electro-hydraulic is changed to gelling. For example, non-condensate water-based colloids belong to the same colloidal battery in terms of electrochemical classification, structure and characteristics. Another example is the attachment of polymer materials in the grid, commonly known as ceramic grids, which can also be regarded as the application characteristics of gel batteries.

Recently, a laboratory has added a targeted coupling agent to the plate formulation, which greatly improves the reaction utilization rate of the plate active material, and according to non-public information, it can reach a weight specific energy level of 70Wh kg, which is an example of the current industrial practice and the application of gel batteries to be industrialized.

The difference between gel battery and conventional lead-acid battery has been further developed from the initial understanding of electrolyte gelling to the study of the electrochemical properties of the electrolyte basic structure, as well as the application and promotion in grid and active materials. Its most important features are: with a small industrial cost, along the 150-year-old lead-acid battery industry to create a better quality battery, its discharge curve is straight, the inflection point is high, the specific energy is especially the specific power is more than 20% larger than the conventional lead-acid battery, the life is generally about twice as long as the conventional lead-acid battery, and the high and low temperature characteristics are much better.

Performance and characteristics of gel battery: sealed structure, electro-hydraulic gel, no leakage; Charging and discharging without acid mist and pollution, it is an environmentally friendly product vigorously promoted and applied by the state; High capacity, 10-20% increase capacity compared with lead-acid batteries of the same level; Strong charging and receiving ability; Small self-discharge, storage resistance; The over-discharge recovery performance is good, and the high-current discharge capacity is more than 30% higher than that of lead-acid batteries; Good low temperature performance, meet the requirements of -30 to -50 starting current; Stable high-temperature characteristics, meeting the requirements of 65 or even higher temperature environments; The cycle service life is long, which can reach 800-1500 times of charging and discharging; The industrial cost per unit capacity is lower than that of lead-acid batteries, and the economic benefits are high.

Solar lawn light is a kind of green energy lamp, which has the characteristics of safety, energy saving, environmental protection, and easy installation. Solar lawn lights are mainly composed of light sources, controllers, batteries, solar cell modules and lamp bodies. Under light irradiation, it stores electrical energy in the battery through the solar cell, and in the absence of light, the battery electric energy is fed into the load LED through the controller.

It is suitable for residential community green grass landscaping, lighting decoration, park lawn landscaping, and decoration.

System composition: A complete solar lawn light system includes: light source, controller, battery, solar cell module and lamp body.

When sunlight hits a solar cell during the day, the solar cell converts the light energy into electricity and stores the electrical energy in the battery through a control circuit. After dark, the electrical energy in the battery is supplied with power to the LED light source of the lawn light through a control circuit. At dawn the next morning, the battery stops powering the light source, the lawn lights go out, and the solar cells continue to charge the battery, repeating the cycle.

The controller is composed of a single-chip microcomputer and a sensor, which controls the opening and closing of the light source part through the acquisition and judgment of the optical signal. The lamp body mainly plays the role of system protection and daytime decoration to ensure the normal operation of the system. Among them, the light source, controller, and battery are the key to determine the performance of the lawn light system.

Solar lawn light is the project that consumes the most solar cells every year in China's solar photovoltaic application field, and is the only solar cell application product in the world controlled by special integrated circuits. It is expected that with the recovery of the global economy in the future, the total international market demand will increase, and the domestic market demand will gradually appear, and villas, parks, golf courses and other places may be the places with the most market demand.

The working principle of solar lawn light: circuit structure: the so-called photosensitive battery as a photosensitive device refers to the use of the light sensing characteristics of the solar cell itself, that is, the output voltage of the solar energy battery is buried in the optical sun, and the output terminal presents a high level; When there is no light, the solar cell has no voltage output, and the output appears low.

The circuit is mainly composed of battery charging circuit imitation, switching circuit and driving circuit. The charging circuit is composed of solar V1, diode D1 and battery V2; The switching circuit is composed of a triode Q1 and a resistor R2; The drive circuit consists of a triode Q2.

The working principle of the circuit: when there is light, it is equivalent to the switch S1 is closed, and 6 points are connected. At this time, the base of the triode Q1 has a high potential, the Q1 triode is on (the collector and the emitter are on), the Q1 triode is equipped with a tank nucleus in the saturation region, and the current through the R2 resistance will all be grounded to the emitter through the collector of the Q1 triode, and the current flowing to the base of the Q2 triode is almost zero, so the Q2 triode is cut off, that is, the collector and emitter of Q2 have no current, and the load LED1 has no current and stops working.

At the same time, the electric energy generated by the solar cell is charged to the battery V2 through one part of the D1 diode, and the other part is grounded through the R2 resistor, Q1 collector, and Q1 emitter. Since the internal resistance of the battery is much smaller than the R2 resistance, the electrical energy generated by the solar cell flows almost to the battery V2.

When there is no light, it is equivalent to switch S1 is disconnected. At this time, the base of the triode Q1 appears at a low point, the Q1 triode cut-off (collector and emitter cut-off), the Q1 triode is in the cut-off area, and the current through the R2 resistance will all be grounded to the emitter through the base of the Q2 triode, so the Q1 triode is in the amplification area, that is, the base current and the collector current of Q1 are multiplied, and the load LED1 works normally.