located at [Hall R6.101] The annual Intersolar South America in Brazil, is the largest exhibition for the Latin American solar industry.  On the first day, customers from all over the world came here, and it was a pleasure to meet everyone. When they stay at our booth, we patiently answer all their questions, provide various solutions, and use solar products to help customers save more money.In addition to global brands from the entire value chain in the solar PV industry, we are also represented at the fair. We will showcase ways to make and save money in the solar industry using our the latest technologies. Visit us and keep up to date with developments in the solar industry. 

The smarter E South America is held in Sao Paulo, Brazil. It is one of the global smart energy InterSolar series of exhibitions and is also a large-scale and professional energy event in Latin America. Our focus will be on Balcony micro-inverter energy storage system.The electricity generated is sold via microinverters to the grid. The function of the battery is to store excess electricity, and then sell the electricity to the grid at night when electricity prices are higher, realizing the arbitrage principle of peak shaving and valley filling to save electricity bills.We can help more customers design various solutions,solve more problems. Welcome to arrive our booth.Let us discuss the knowledge of new energy together. Dates: August 27 - August 29, 2024 Location: São Paulo Expo, São Paulo, Brazil Booth Number:Hall R6.101

Together, let's shape the future of efficient, connected homes! A smart home energy management system Real-time energy monitoring Automated energy distribution Integration capabilities Remote control via mobile app Simple appearance, small size and convenient handling The assembly method is simply stacked Waterproof rating IP65, can be safely used on the balcony Bluetooth distribution network WiFi wireless control mobile phone one-click query real-time detection of battery conditions Cloud platform server statistics record the power generation and output 1.97kWh-9.85kWh capacity expansion

Case :40Kwp on-grid project 550W mono panel*72 Growatt MID 40KTL3-X*1 SWT-POWER As a one-stop solar solution provider, we provide residential project and industrial and commercial project services. If you have a solar project that needs to be installed, what should you do? Step 1：Send us a quote Indicate basic requirements, project type and basic parameter information After we receive the inquiry, we will carry out preliminary system configuration and quotation. Step 2：Discussion of project details Improve the system configuration according to the specific needs of the customer, and select the most suitable product according to the installation location, roof type, etc. of the project. Step 3:Price negotiation Match the right products or customize products according to the customer's budget Step 4:Delivery We have many transportation channels and rich experience. Regardless of whether you have import rights, we can deliver the goods to you safely and quickly. Step 5：Installation instructions In addition to referring to the installation instructions, customers can directly contact our engineers for remote guidance if they encounter any problems. Step 6：After-sales and maintenance We have an independent technical team for each product. Able to respond to customer needs in a timely manner.

A 100W solar panel is a compact, lightweight, clean, and sustainable energy source. The 100W Solar Panel features multiple output ports to charge small devices directly like cell phones, lamps, fans, routers, etc.   Thanks to their lightweight nature,the 100W Solar Panel easy to carry around as per your needs. In addition, mono-crystalline solar panels have high conversion efficiency and are suitable for power outages and outdoor life   However, the single 100 watts panel will struggle when charging the larger appliances. Either the solar panel will run out of power quickly or fail to handle the load if used for large appliances. If you need more power to keep your gadgets running for a long time without grid power, upgrade to a Solar Generator(solar panel+portable power station). Even though 100-watt solar panels are compact, there are many ways to use them. From using them as a power source during camping or fishing to using them as an alternative to power source during power outages, the solar panel is a complete powerhouse. RV Camping: RV Campings are the first thing that comes to mind when discussing trip. A solar panel will rechage your portable power station to keep all your gear charged up during the trip.   At Home:With a solar panel of 100 watts, you're never out of power. By teaming up with the portable power station, you can set up a solar powered system for your appliances like laptops, mobile devices, and other small and large devices for hours.   Fishing:Lastly, you can use 100-watt solar panels during your fishing trip. You can use the solar panel and portable power station to charge your devices.   A solar power system is all you need if you're planning to enjoy hiking, camping, fishing, or other adventurous activities. The portable and lightweight solution means you have energy wherever you go without posing a threat to the environment.

On June 13, 2024 ~ June 15, 2024, the 17th (2024) International Solar Photovoltaic and Smart Energy (SNEC PV+) Exhibition has come to a successful conclusion. The exhibition brought together component suppliers and system integrators to comprehensively demonstrate the latest achievements and development trends in the field of solar photovoltaic and smart energy. In this exhibition, industrial and commercial energy storage integrated cabinet products have become a major highlight, showing three significant trends. 1. 314Ah cells have become the mainstream 314Ah cells have been gradually applied to industrial and commercial energy storage integrated cabinet systems, and the capacity of energy storage cabinets has also been increased from the general specification of 215kWh to 241kWh, 261kWh or even higher, achieving a significant increase in volume specific energy density. 2. Integration of high-voltage box and PCS In order to reduce the volume and footprint of the industrial and commercial energy storage integrated cabinet, a number of manufacturers will remove the high pressure box processing, and by integrating pcs and high pressure box, significantly reduce the footprint, making the whole cabinet more compact volume. 3. Fire safety measures have been strengthened With the issuance of more stringent new regulations on energy storage in many coastal cities, the pre-approval stage has significantly increased the fire protection requirements, and industrial and commercial energy storage projects that cannot pass the fire protection review will not be able to be filed. Therefore, energy storage system integration manufacturers have strengthened fire safety measures, the use of sound, temperature monitoring and other advanced technologies, combined with flammable gas multidimensional thermal runaway monitoring and early warning system, greatly improving the accuracy and timeliness of fire monitoring and early warning.

Photovoltaic controller is an automatic control device used in photovoltaic power generation systems to control multiple photovoltaic cell arrays to charge batteries and batteries to supply power to photovoltaic inverter loads. The main functions of the photovoltaic controller are high-voltage (HVD) disconnection and recovery functions, under-voltage (LVG) alarm and recovery functions, and low-voltage (LVD) disconnection and recovery functions to prevent excessive battery discharge, and can protect system circuits and lightning protection Breakdown.  The photovoltaic controller uses a high-speed CPU microprocessor and a high-precision A/D analog-to-digital converter. It is a microcomputer data acquisition and monitoring control system. It can quickly collect the current working status of the photovoltaic system in real time and obtain the working information of the photovoltaic power station at any time. It can also accumulate historical data of the photovoltaic power station in detail, providing a basis for evaluating the rationality of the design of the photovoltaic power generation system and inspecting the reliability of the quality of system components. Accurate and sufficient basis.  Photovoltaic controllers can be classified into single-channel controllers, multi-channel controllers, pulse-width modulation types, intelligent controllers, etc.

Germany’s balcony PV installations hit 200 MW in H1 Germany’s Federal Network Agency (Bundesnetzagentur) says 220,000 balcony PV systems were installed in the country in the first half of the year, reaching 200 MW. JULY 19, 2024 SANDRA ENKHARDT MARKETS MODULES & UPSTREAM MANUFACTURING RESIDENTIAL PV GERMANY Image: EET Energy From pv magazine Germany Germany deployed 200 MW of balcony PV systems in the first half of this year, according to new figures from Bundesnetzagentur. The agency reported that the capacity is represented by approximately 220,000 new systems. It attributed the recent growth to the simplified registration of plug-in solar devices, which have been available since April. The average registered gross output of these systems has increased from 800 W last year to around 900 W this year, it said. It remains unclear whether all new PV balcony systems have been recorded in the market master data register. Bundesnetzagentur said the actual installed capacity total could be higher, as many PV system owners may still need to register their installations. Germany added 9.3 GW of renewables in the first half of the year, with around 7.55 GW coming from photovoltaics. These figures are likely to increase in the coming months, said the agency. “We are seeing a continuous expansion, particularly in PV,” said Bundesnetzagentur President Klaus Müller. “Compared to the total output at the end of 2023, almost 10% more solar power was added.” Germany has installed more than 90 GW of solar capacity, and the nation is expected to reach 215 GW by 2030. Müller described this as “an enormous development and a challenge for the entire transformation process in the electricity sector.” This content is protected by copyright and may not be reused. If you want to cooperate with us and would like to reuse some of our content, please contact: editors@pv-magazine.com.

Vietnam’s rooftop photovoltaic policy is turning around Deputy Prime Minister Tran Hong Ha has instructed the Ministry of Industry and Trade to study the option of buying rooftop solar energy and report by Thursday. But the government does not want to buy more than 10% of each system’s capacity, he said.This is an unexpected reversal within a month’s time: a draft of a proposed decree the ministry issued last month said it "will not buy rooftop solar power in any form" except from projects approved under National Power Development Plan 8.It had said that since rooftop solar generation is unstable and the units are costly to operate they are only encouraged for household use.But analysts had said in reply that the government should buy a portion of rooftop power though with a purchase limit to stop sellers from taking advantage of the national grid.There are around 103,000 rooftop solar systems in Vietnam with a total capacity of 9,500 megawatts.By 2030 the government wants them installed at 50% of workplaces and households.By vnexpress

What is a photovoltaic carport? A photovoltaic carport combines a photovoltaic power generation system with a carport roof. This is an application form that combines photovoltaics with architecture. It can not only realize all the functions of a traditional carport, but also generate electricity and bring benefits to the owners. The photovoltaic parking shed mainly consists of photovoltaic cell module,battery, bracket system, lighting and control inverter system, lightning protection and grounding system, charging device system, etc. Photovoltaic carports can not only provide shade and rain protection for vehicles, but the electricity generated by photovoltaic carports can not only be used by vehicles, but the excess electricity can also be sold to the state, thereby alleviating the city's electricity pressure, and can also bring profits and achieve social and environmental benefits. A win-win situation. The structure of the photovoltaic carport is divided into single-carport photovoltaic carport structure and double-carport photovoltaic carport structure. The support structure can be divided into two types: single-column photovoltaic carport structure and double-column structure. The photovoltaic carport can adopt a photovoltaic integrated structure. The photovoltaic panels are installed on the steel truss above the parking space. The top surface of the carport is replaced with photovoltaic panels. This can not only protect the vehicle from the sun and rain, but also generate electricity to provide lighting for the carport. Charging piles, energy storage and other supporting facilities are installed in the carport, which can charge electric vehicles and electric bicycles, realizing the integration of light, storage and charging.