• Take customers to visit the battery cell source factory
    Jan 29, 2023 Take customers to visit the battery cell source factory
    #outlook a { padding: 0; } .ReadMsgBody { width: 100%; } .ExternalClass { width: 100%; } .ExternalClass * { line-height:100%; } body { margin: 0; padding: 0; -webkit-text-size-adjust: 100%; -ms-text-size-adjust: 100%;} table, td { border-collapse:collapse; mso-table-lspace: 0pt; mso-table-rspace: 0pt; } img { border: 0; height: auto; line-height: 100%; outline: none; text-decoration: none; -ms-interpolation-mode: bicubic; } p { display: block; margin: 0; } .hide_on_mobile { display: none !important;} @media only screen and (min-width: 480px) { .hide_on_mobile { display: table-row !important;} } [owa] .mj-column-per-100 { width:100%!important; } [owa] .mj-column-per-60 { width:60%!important; } [owa] .mj-column-per-50 { width:50%!important; } [owa] .mj-column-per-40 { width:40%!important; } [owa] .mj-column-per-33 { width:33.333333%!important; } [owa] .mj-column-per-25 { width:25%!important; } .mj-column-per-100 { width:100%;} .mj-column-per-60 { width:60%; } .mj-column-per-50 { width:50%; } .mj-column-per-40 { width:40%; } .mj-column-per-33 { width:33.333333%; } .mj-column-per-25 { width:25%; } On January 17, 2024, we are honored to invite our Swedish customers to visit the company and factory. Booking This visit is divided into three parts: meeting-factory visit-battery cell factory visit First part-Meeting The meeting mainly communicated the details of the product, as well as the questions and different opinions of both parties on the progress of the project. There are further plans for future cooperation between the two parties, including the prospects for cooperation between the two parties in the next 3-5 years. Second part-Factory visit After the meeting, we invited the customer to visit our factory and demonstrate our production process and technology to the customer. Introduced some of our main products to customers. Demonstrates the entire process of the solar system. Visited the battery production line and solar panel production line. Third part-Battery cell factory visit On the second day of the customer's visit, we invited the customer to visit the source factory of the battery cell brand we cooperated with, introduced the long history of the brand, and introduced the complete battery production process to the customer, as well as various tests of the battery cells. Including high temperature testing and so on. During this visit, we also reached new cooperation with our customers. BOOK IT NOW!
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  • What is commercial and industrial energy storage? What is the use?
    Jun 12, 2024 What is commercial and industrial energy storage? What is the use?
    What is commercial and industrial energy storage? Industrial and commercial energy storage is a typical application of distributed energy storage systems on the user side. It is characterized by being close to the distributed photovoltaic power source and load center. It can not only effectively increase the consumption rate of clean energy, but also effectively reduce the transmission of electric energy. losses to help achieve the “double carbon” goal. Industrial and commercial energy storage system structure Industrial and commercial energy storage systems are different from large-scale energy storage peaking and frequency regulation power stations. Its main purpose is to use the peak and valley price difference of the power grid to achieve investment returns. The main load is to meet the internal power needs of industry and commerce and maximize photovoltaic power generation for self-use, or Arbitrage through peak and valley spreads. Industrial and commercial energy storage systems and energy storage power station systems include battery systems + BMS, PCS, EMS, transformers, racks, connecting cables, converging cabinets, lightning protection and grounding systems, monitoring and alarm systems, etc. The systems are all modularly designed. , system voltage and capacity can be flexibly configured. Features: High energy density, small size, light weight, green and environmentally friendly, stable and safe charging and discharging structure, good high temperature performance, high output power and long cycle life. Applications: It can be applied to outdoor base stations, base stations without air conditioning such as village access, indoor macro base stations with limited space, indoor coverage/distributed source stations with DC power supply, and solar photovoltaic base stations in areas without mains power.
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  • Components of photovoltaic systems
    Jun 07, 2024 Components of photovoltaic systems
    Components of photovoltaic systems 1.A photovoltaic system consists of the following important parts: Photovoltaic module: It is made of photovoltaic cells into thin film plates placed between packaging layers; Inverter: Inverts the DC power generated by photovoltaic modules into AC power that can be connected to the grid; Battery: A device that chemically stores direct current (DC); Photovoltaic bracket: Provides support and positioning for photovoltaic modules.   Types of photovoltaic systems 2.Photovoltaic systems can be broadly divided into two types: Grid-connected system: The advantage of this type of system is that it does not require battery storage and is directly connected to the national grid, so there is no need to worry about power outages; Off-grid system: Off-grid systems require batteries to store energy, and the cost is relatively high.
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  • Choose the right size portable power station based on your requirements
    Jun 04, 2024 Choose the right size portable power station based on your requirements
    What is a portable power station? A portable power station is a device that can store and supply electricity for a variety of purposes. It is different from traditional generators that use fuel to generate electricity. A portable battery power station uses batteries, solar panels, or other renewable energy sources to store energy and provide it when needed. But how do you choose the right size portable power station for your needs? In this blog post, I’ll guide you through the process of choosing a portable power station that’s right for your needs. Factors to consider when choosing the size of a portable power station The size of a portable power station is determined by its capacity and output, measured in watt hours (Wh) and watts (W) respectively. Capacity indicates how much energy a portable power station can store and provide, while output indicates how much power a portable power station can provide at a given time. The size of a portable power station affects its performance, portability, and price. The bigger the size, the better the performance, but the less portability and the higher the price. The smaller the size, the worse the performance, but the higher the portability, the lower the price. To choose the right size portable power station for your requirements, you should consider the following factors: The device you want to power The first factor to consider is the equipment you want to power with a portable power station. Different devices have different power consumption and ratings, which are usually noted on the device or in the manual. You should list the devices you want to power and check their wattage and voltage. Wattage is the amount of electricity used by the device, while voltage is the electrical potential level required by the device. The wattage and voltage of a device determine how much energy the device consumes and the type of ports the device requires. For example, a laptop might have a wattage of 60 W and a voltage of 19 V, which means it uses 60 W of power and requires a 19 V port. A phone might have a wattage of 5 W and a voltage of 5 V, which means it uses 5 W of power and requires a 5 V port. You should add up the wattage of all the devices you want to power at the same time and then multiply that by the number of hours you want to use them. This will give you the total wattage required for your portable power station. For example, if you want to power a laptop (60 W) and a mobile phone (5 W) for 4 hours, you will need a portable power station with a capacity of at least 260 Wh (65 W x 4 hours). You should also check the voltage of all devices you want to power and make sure they match the voltage of the portable power station port. Most portable charging stations have multiple ports with different voltages, such as AC port (110V or 220V), DC port (12V or 24V), USB port (5V), and PD port (20V). For example, if you want to power a laptop (19 V) and a mobile phone (5 V), you need a portable charging station w...
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