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A portable Solar Charging System also called an Outdoor Power Charging System, is one of is stored with LITHINUM Battery, which is a large Storage/Power/Portable, etc. Normally the Storage of batteries is around 1000WH-1500WH with AC&DC Input, AC Output, USB Port, etc, applied to Outdoor Activities, Emergency, Medical Emergency, etc.As for the Construction of a Portable Solar System, it is similar to Power Bank, but the power of Output is bigger and safer, more functional, etc. During input&output System, it consists of more than 10 electrical modules, such as AC/DC Transfer, DC Converter, Charging Agreement, Battery BMS, Wireless Charging, SINE Wire Inverter, etc.Currently, there are more different types of Portable Systems in the market, how to get the proper one from them? Firstly, we confirm how to work in what Situation and also check more with Electrical Equipment, such as Port, Voltage, Power, etc. For example, a Portable solar system can match to work with most Mobile, Cameras, laptops, etc, which can work with 300-500W Outdoor Portable Systems. If you want to go camping or drive outdoor activities and have more functions, such as Kettle, Rice Cooker, Car Fridge, etc, you can try to apply with 500-1000W Portable System, etc. If you prefer to be charged with electrical equipment, such as Fridge, electronic Cooker, Air Conditioner, etc, you can try to work with Portable Solar System with 1000W-2000W Outdoor Power, and Battery Storage will be matched with 2000-5000wh but should be considered more based on actual requirement. More Charging Ports can help Solar Systems to be charging on batteries. Currently, there are three Main Charging Ways, Solar Panel, AC, and Car Charging. Solar Panel Charging is the most friendly-environmental charging during three of them. And AC Power is fast and cheaper , but work with AC-DC Transfer. For Car Charging, it is applied with Outdoor Driving on Raining days ONLY. As for Consideration on Portable Solar Systems, more Charging Ports will be better, such as USB Port, QC3.0 Port Wireless Port, etc. Finally, when we store with Portable Solar Systems, there are Four Main to be cautious.1: Please try to put them in Dry places for storage, do not leave them to close Fire, under the Water, or Outdoor.2: Please do not shake Portable Solar System to avoid the Battery with Notch, Broken/Deform, etc. If do occur, please try to stop using it.3: Please try to be charged once within three months. If do not take use with Portable System, please keep at least 50% Battery to save Database. 4: Do not work under Lower Temperatures for long-term. It is better to work from -15 Degrees to 45 Degrees. When it is in use, please try not to work under the Sun directly to make the Battery over-heat.

Today, when low-carbon life and green environmental protection are advocated, solar energy is undoubtedly the most promising among many new energy sources. The usage of clean energy will bring more cleanliness and convenience to our living environment!With the development of technology, many products are now becoming smaller and more portable. Solar power generation is a relatively energy-saving way of power generation in life. Nowadays, due to the maturity of technology, portable solar power generation came true now, and it is very easy to carry. This solves the problem of insufficient power supply in the past.1. Components of the portable solar power system:1) Solar panelsThe solar panel is the core part of the solar power system, and it is also the most valuable part of the solar power system. Its function is to convert the sun's radiant energy into electrical energy, send it to the battery for storage, or promote the load to work. It has monocrystalline silicon and polycrystalline silicon, in terms of shape, there are non-foldable and foldable styles for optional. The foldable type is easy to carry and the area of the placement is relatively small, but the price is relatively more expensive than the non-foldable type.2) ControllerThe role of the controller is to control the working state of the entire system and to protect the battery from overcharging and over-discharging.3) BatteryIn order to be portable, the system uses lithium batteries. The advantages of lithium batteries are high storage energy density; long life span; low self-discharge rate; light in weight, high and low-temperature adaptability, and can be used in -20℃-60℃ environments. The lithium battery is green and environmentally friendly, and it does not contain or produce any harmful heavy metal elements and substances such as lead, mercury, and cadmium, regardless of production, use, or scrap. Its function is to store the electric energy which converts by the solar cell during the day and can power supply to the load at any time.4) InverterIn many cases, we use 220VAC and 110VAC power supplies. The direct output of solar energy is generally 12VDC, 24VDC, and 48VDC. In order to power supply 220VAC appliances, a DC-AC inverter is required.                         2. Feature:DQ 1413 series from ALLTOP·500W or 1000W for optional.·With an HD display, shows the remaining power and usage time·With high-brightness LED light, can be used as a table lamp·Multifunctional interface：12DC output port, which can be a power supply for 12DC led lamp, USB port charge for a 5V device, such as charging for a mobile phone. AC output is the power supply for 220V equipment, such as laptops, cookers, and coffee machines.·Safety in use: 220V output socket, has isolated treatment - with plastic protective door to prevent electric shock·Two charging ways: this solar power system can be charged by solar panel or by power adapter.·Can be used indoors or outdoors.3. Applications:This portable solar system is light and small, beautiful appearance, is portable in design, is easy to carry, multifunctional, and widely used in a variety of fields, such as outdoor office, travel camping, field photography, outdoor construction, backup power supply, emergency rescue and so on If want to know more design about portable solar power system, feel free to contact us - ALLTOP,we worked in the solar industry for more than 13 years, we have a strong engineering team, and our engineering team constantly develops new products and improves product performance to meet the needs of customers and the market, and also provides technical support for our customers' projects.With us, you will feel that ALLTOP is more committed to your business support and success than others.

About 81 percent of Panama's total electricity generation will come from renewable sources in 2021, up from less than 5 percent in 2013, Panama's Star newspaper reported. According to the Inter-American Development Bank, Panama has averaged 69 percent of its electricity generation from renewable sources over the past four years, higher than the regional average.In recent years, the Panamanian government has been actively developing renewable energy and diversifying its energy mix. According to the data, as of April 2022, the proportion of electricity supply in Pakistan is 45% hydropower, 26% thermal energy, 11% solar energy, 10% natural gas, 7% wind energy, and 1% biomass energy. In 2021, the Pakistani government launched a new comprehensive development plan for the power sector, vigorously developing clean energy such as water, wind, solar and natural gas, and aiming to replace thermal power plants with clean energy by the end of 2023.In March, the ground was broken on a new gas-fired power plant on Telfers Island, near the port of Cologne. The $1 billion project is expected to be operational in early 2024, with 670 megawatts of generating capacity. Panamanian President Cortisso said at the groundbreaking ceremony that the project is of strategic significance for Panama's energy development and structural optimization, and will create more than 3,000 direct jobs and a large number of indirect jobs.In addition to water and electricity resources, Panama is also rich in light resources, which are used effectively for about 1600 hours per year. In recent years, the Pakistani government has increased investment in the photovoltaic sector and the number of photovoltaic users has grown rapidly. From June 2019 to March 2022, the number of rooftop photovoltaic users increased by nearly two times, and the installed capacity increased by 70 percent. The Icakos photovoltaic plant in Chiriqui Province, which became operational in February 2019, has a generating capacity of 88.75 megawatts and can meet the needs of 49,000 homes. Panama's National Secretary of Energy Ricardo Rivera said that the promotion of photovoltaic technology will help Panama achieve energy independence and energy security. Relevant government departments will jointly implement incentive policies, further simplify application procedures for solar power equipment installation, and promote project financing and technology research and development."Renewable energy is the future of the energy industry." Between 2018 and 2021, Panama-based International Energy Group used clean energy to generate nearly 350 million kilowatt-hours of electricity, equivalent to the annual electricity consumption of 121,000 homes, said Hernandez, the group's commercial marketing director. At the same time, carbon dioxide emissions were reduced by 169,000 tons, equivalent to the total emissions of about 60,000 cars. The analysis pointed out that in the past, Panama mainly relied on imports of fossil fuels, which were greatly affected by price fluctuations in the international market, and the cost of residential and commercial electricity was relatively high. The implementation of the new comprehensive power sector development plan will not only contribute to achieving carbon neutrality by 2050 but also gradually reduce the real cost of electricity for households and businesses.

One square-meter solar power board can generate 150-160W power. About 20 square meters of Pacific Plate can be used for daily use of inverter loss about 80%of the power.Let's calculate how much electricity is used every day at home, such as my family, about 20 kWh a day. 24 hours a day, but the average sunny place I live is generally 6.6 hours. This requires a solar board to provide 20 kWh of electricity within 6.6 hours. That is, 3.03 kilowatts per hour, even if we are 3 kilowatts. The maximum conversion rate of ordinary solar panels is 22%, and solar energy is about 1000W per square meter. Then the conversion rate of solar panels is about 220W per square meter, which is equivalent to 0.22 kilowatts per hour. Essence Essence3/0.22 is about 13.6 square meters. So my home needs about 13.6 square meters of solar panels.  However, the photoelectric conversion efficiency is also high, and it is more suitable for power generation in outdoor sunlight; thin film solar cells have a high cost of equipment, but consumption and battery costs are very low, but the photoelectric conversion efficiency is more than half of the crystalline silicon battery tablets, but the weak light effect Very good, can also generate electricity under ordinary lightsIt is used to bare fixed tempered glass and power generation subjects (such as battery films). The advantages and disadvantages of transparent EVA materials directly affect the life of the component, and the EVA is easily yellowed in the air, which affects the light transmission of the component.As a result, in addition to the quality of EVA itself, the quality of component manufacturers has a very large impact. For example, the EVA glue does not meet the standard, and the adhesion intensity of EVA and the backplane panel will cause EVA to aging early aging. , Affect the life of the component.