The distance between the solar street light and the battery should not be exceeded

A solar street light is a lighting device that uses solar energy to generate electricity, which converts solar energy into electricity through solar panels, and then stores it in batteries for night lighting. The distance between the solar panel and the battery is an important consideration during the design and installation of solar street lights.

First of all, solar panels need to receive enough radiation from the sun to generate enough electricity. Therefore, solar panels should be installed in a location that can be fully exposed to sunlight and avoid being blocked by tall buildings, trees, or other obstructions. If the distance between the solar panel and the battery is too far, it will lead to an increase in the loss of electrical energy transmission, which will affect the lighting effect of the solar street lights.

Secondly, the distance between the solar panel and the battery can also affect the stability of the power transmission. Solar panels transmit electrical energy to the battery through wires for storage, if the distance is too far, the resistance of the wires will increase, resulting in an increase in the loss of electrical energy transmission, and may even lead to unstable electrical energy transmission, affecting the normal operation of solar street lights.

To sum up, the distance between the solar street light and the battery should not be too far, and it is generally recommended to control it within 50 meters. In this way, it can ensure that the solar panel can fully receive the radiation of the sun, produce enough electric energy, and the loss of electric energy transmission is small, and ensure the lighting effect and working stability of the solar street lamp.

Of course, the specific distance also needs to be adjusted according to the actual situation. If the distance between the solar panel and the battery is more than 50 meters, you can consider increasing the cross-sectional area of the wire and reducing the resistance to reduce the loss of electrical energy transmission. At the same time, more efficient solar panels and cells can be used to improve energy conversion and storage efficiency to compensate for the loss caused by distance.

In a word, the distance between the solar street lamp and the battery is a factor that needs attention, and reasonable control of the distance can ensure the lighting effect and working stability of the solar street lamp.

If you want to install the street lamp with the height of the lamp pole in meters, it is necessary to ensure that the distance between the street lamps is meters, and the cross lamps on both sides should be used for installation, and this method is mostly used for the situation when the road lighting width is required to be meters.

Scenic spots and parks generally prefer street lamps with a height of about 5-7 meters, and ensure that the installation spacing is about 20-25 meters.

For roads where 12 meters of light poles are installed, the longitudinal spacing of solar street lights is generally recommended to be 30-50 meters.

Summary. Solar street lamp is powered by crystalline silicon solar cells, maintenance-free valve-regulated sealed batteries (gel batteries) to store electric energy, ultra-bright LED lamps as light sources, and controlled by intelligent charge and discharge controllers, which are used to replace traditional public electric lighting. No need to lay cables, no AC power supply, no electricity charges; DC power supply, light-sensitive control; It has the advantages of good stability, long life, high luminous efficiency, easy installation and maintenance, high safety performance, energy saving and environmental protection, economy and practicality.

It can be widely used in the city's main and secondary roads, residential areas, factories, tourist attractions, parking lots and other places.

Can solar street light batteries generally be passed.

I can't. Solar street lamp battery not only depends on the appropriate voltage, but also considers the capacity is sufficient, different street lights have different voltage and capacity for the battery.

Solar street lamp is powered by crystalline silicon solar cells, maintenance-free valve-regulated sealed batteries (gel batteries) to store electric energy, ultra-bright LED lamps as light sources, and controlled by intelligent charge and discharge controllers, which are used to replace traditional public electric lighting. No need to lay cables, no AC power supply, no electricity charges; DC power supply, light-sensitive control; It has the advantages of good stability, long life, high luminous efficiency, easy installation and maintenance, high safety performance, energy saving and environmental protection, economy and practicality. It can be widely used in the city's main and secondary roads, residential areas, factories, tourist attractions, parking lots and other places.

Summary. It depends on whether the rated voltage of the lamp is the same as that of the battery. Some solar lamps can be directly connected to the battery, and some solar circuits are supplied to the lamp by raising the voltage of the battery, and such lamps are directly connected to the battery, which will not be able to light normally because of insufficient voltage.

The types of solar street lamps include mains, which are street lamps that use mains as the power source and do not require batteries. There is also a so-called pure solar street lamp, each street lamp is a separate whole, composed of several parts such as light poles, lamp heads, controllers, solar panels, and batteries. This is an independent whole, no other power supply is used, and sunlight is used as energy, which is convenient and energy-saving.

It depends on whether the rated voltage of the lamp is the same as that of the battery. Some solar lamps can be directly connected to the battery, and some solar circuits are supplied to the lamp by raising the voltage of the battery, and such lamps are directly connected to the battery, which will not be able to light normally because of insufficient voltage. The types of solar street lamps include mains, which are street lamps that use mains as the power source and do not require batteries.

There is also a kind of so-called ant noisy imitation pure too stuffy fiber yang energy street lamp, each street lamp is a separate whole, composed of light poles, lamp heads, controllers, solar panels, batteries and other parts. This is an independent whole, no other power supply is used, and sunlight is used as energy, which is convenient and energy-saving.

The solar lantern is so powerful that the sun shines like it is cloudy and rainy, and the sky is not bright.

It may be caused by the following reasons: damage to the battery. The main reason why solar lights can shine is that there is a battery, and there are three types of batteries, one is a lead-acid battery, and its service life is only about two years.

The service life of gel batteries is relatively long, about three years. Nowadays, many solar lamps use lithium batteries, and the service life can reach about 6 years at most.

First, the base of the shirt will be damaged after two years, so that the time of the lamp will be shortened, and there will be a failure that it is not lit.

Summary. Dear, glad to answer for you! Solar street lamp is powered by crystalline silicon solar cells, the role of special batteries in solar street lamps is undoubted, and the reasonable configuration of battery capacity directly determines the use effect of solar street lights.

Let's first understand the working principle of solar street lights: the solar street lights as a whole are composed of 5 parts, including solar panels, LED light sources, solar special batteries, controllers, solar panels convert light energy into electrical energy by absorbing solar light, and store it in the solar battery through the control of the controller, when lighting at night, the controller controls the solar battery to supply power to the LED light source according to the setting of light control and time control.

Solar street lights are not required to have special batteries for solar energy.

Dear, glad to answer for you! Solar street lamp is powered by crystalline silicon solar cells, the role of special batteries in solar street lamps is undoubted, and the reasonable configuration of battery capacity directly determines the use effect of solar street lights. Let's first understand how solar street lights work:

The solar street lamp as a whole is composed of 5 parts, including solar panels, LED light source, solar special battery, controller, solar panel by absorbing solar light, converting light energy into electrical energy, through the control of the controller, stored in the solar battery, when lighting at night, the controller controls the solar battery to supply power to the LED light source according to the setting of light control and time control.

There are many kinds of solar street lights, among which the choice of battery is particularly important. Lithium batteries are safer, and solar street light lithium batteries can also be according to the needs of users.

12 volts or 24 volts.

The power supply system of solar street lamps belongs to the DC system, and the width is generally used DC voltage, and the DC voltage is generally 12 volts or 24 volts, if the solar street lamp has other special requirements, then the voltage may be 36 volts or 48 volts.

Precautions for buying solar street lights:

1. LED light source.

Most solar street lamps generally use LED light sources, and the power of lamp beads is generally 1 watt, but the lamp beads on the market have a variety of power, so when you buy solar street lights, you should choose the appropriate lamp bead power according to the actual environment of solar street lights, so that solar street lamps can better play a role in lighting and energy saving.

2. a battery board.

There are generally two kinds of solar panels, namely polycrystalline panels and monocrystalline panels, of which the ** of monocrystalline panels will be more expensive. In order to save production costs, some unscrupulous businesses will reduce the 50 watt panel to 40 watts, for this reason, it is recommended that when you buy solar street lights, do not just look at the **, but also use professional measuring instruments to detect the panel, so as to avoid the purchase of inferior products leakage and brightness. <>

Summary. The voltage of a single solar cell is generally 36 54 60 72 96 in series, and the voltage is about 18 27 30 36 48 volts.

It should be noted that the voltage of a small cell that has been divided is still the same as that of a single cell.

Since it is a series connection, the current of the monomer and the module is generally 4 5 amperes for a 5-inch cell and 7 8 amperes for a 6-inch cell.

The solar street light battery is 6v, and the panel emits how much power is generated

Please wait patiently for 3 minutes, we are sorting out, and we will answer you immediately, and please do not end the consultation.

The voltage of a single piece of solar cell is generally 36 54 60 72 96 in series, and the voltage is about 18 27 30 36 48 volts. It should be noted that the voltage of a small cell that has been divided is still the same as that of a single cell. Due to the series connection, the power of the monomer and the module is generally 4 5 amperes for 5-inch cells and 7 8 amperes for 6-inch cells.

Summary. Solar street lamp is to use solar photovoltaic cells to charge the battery, and then drive the street lamp through the control circuit battery; It can also be charged on cloudy days, because as long as the solar photovoltaic cell has visible light, it can convert the light energy into electrical energy and charge the battery.

The solar road selling lamp is to use solar photovoltaic cells to charge the storage pool, and drive the street lamp through the control circuit battery and then the ear shed; It can also be charged on cloudy days, because as long as the solar photovoltaic cell has visible light, it can convert the light energy into electrical energy and charge the battery.

It relies on solar panels to charge through photothermal reaction, and needs to be connected to the controller.