Brief introduction of solar insecticidal lamp
There are three kinds of solar insecticidal lamps: contact type, trap type and impact type. Solar energy specializes in the production of insecticidal lamps, which won the national patent. It uses solar panels to directly convert sunlight into electric energy to provide energy for the daily use of equipment, and then uses the natural physiological structures of insects such as phototaxis, wave tropism and color tropism, supplemented by specific light sources and wavelengths of 365 50 nm.
Types of solar insecticidal lamps
In principle, there are three kinds of solar insecticidal lamps: electric shock type, water killing type and impact type. The electric shock type insecticidal lamps can be divided into vertical net and horizontal net in appearance.
The components of solar insecticidal lamp include solar panel, storage battery, solar controller and insecticidal lamp.
The solar insecticidal lamp is convenient, environment-friendly and safe,
Popular. There are many kinds of solar insecticidal lamps, which can be classified as follows: (1) According to the heat collection part, they are divided into vacuum glass tube solar insecticidal lamps and metal plate solar insecticidal lamps. The vacuum glass tube solar insecticidal lamp has the highest heat collection efficiency at present, and its advantage is that the heat collection part does not need to be insulated. Moreover, the vacuum glass tube has excellent performance in high temperature resistance, impact resistance and heat preservation, and has been adopted by most manufacturers of solar insecticidal lamps. Its disadvantage is that it is large in size and easy to accumulate scale in the pipeline. Metal plate solar insecticidal lamp is covered with heat-absorbing coating on metal plate with excellent heat transfer performance, and the absorbed heat can be transferred to the water tank by using the heat transfer performance of metal. Its advantages are beautiful appearance, convenient installation, can be made into a flat plate, and is not easy to be damaged. The disadvantage is that the heat preservation cost is high.
High cost. (2) According to the structure classification of solar insecticidal lamp, it can be divided into ordinary solar insecticidal lamp and split water heater. Ordinary solar insecticidal lamp directly inserts a vacuum glass tube into the existing power, mainly including thermal power, hydropower and nuclear power. Thermal power generation needs to burn fossil fuels such as coal and oil. Fossil fuel reserves are limited, burning less and less, and it is in danger of exhaustion. On the other hand, burning fuel will emit carbon dioxide and sulfur dioxide, which will lead to greenhouse effect and acid rain and worsen the global environment. Building a hydropower station with solar insecticidal lamps will not only flood a lot of land, but also lead to the destruction of the ecological environment. Once a large reservoir collapses, the consequences will be unimaginable. In addition, a country's water resources are also limited, and they are also affected by the wet season and the dry season. Nuclear power is safe and clean under normal circumstances.
But if there is a nuclear leak, the consequences are equally terrible. With the development of economy and social progress, people put forward higher and higher requirements for energy, and finding new energy sources has become an urgent task facing mankind. The solar energy illuminated by the solar insecticidal lamp on the earth is very huge. The solar energy that the sun shines on the earth for about 40 minutes is equivalent to the energy consumption of the whole world in one year. It can be said that solar energy is a truly inexhaustible energy source, and solar power generation is absolutely clean without any pollution to the environment. Therefore, for human beings, the most ideal new energy is solar energy, and solar insecticidal lamp is the best way to use solar energy. Principle of solar insecticidal lamp
It uses solar panels to directly convert sunlight into electric energy to provide energy for the daily use of equipment, and then uses the natural physiological structures of insects such as phototaxis, wave tropism and color tropism, supplemented by specific light sources and wavelengths of 365 50 nm. The use of spectral frequency conversion technology breaks through the limitation of using single light band in traditional insecticidal lamps, which makes the effective light wave range wider and traps more kinds and quantities of pests. At night, pests are attracted by the special light and wavelength of the insecticidal lamp, and they will pounce at their own risk.
There is a high-voltage power grid as high as 3000-5000 volts around the light source, and pests will be electrocuted when flying to the bright place, thus achieving good insecticidal effect. Application scope of solar insecticidal lamp
Solar insecticidal lamps are widely used in agriculture, vineyards, citrus orchards, bayberry orchards, litchi orchards, apple orchards, mango orchards and other orchards, vegetable bases, tea gardens, organic rice, sugarcane, tobacco, peanuts, cotton, flowers, forest farms, urban greening, parks and other places that need to be exterminated, and are the bane of pests. It provides a reliable scientific and technological guarantee for the production of pollution-free high-quality agricultural products, organic certification and the development of sightseeing ecological agriculture in the vast crop planting bases. It is a high-tech pollution-free physical pest control equipment.