As the development of new energy sources progresses, electric vehicles are gradually replacing traditional fuel vehicles. Photovoltaic carports, as one of the most convenient ways to combine photovoltaic power stations with buildings, have gained increasing popularity in recent years. They not only provide parking and shading for vehicles but also charge electric vehicles. The construction of photovoltaic carports in industrial parks, commercial areas, hospitals, schools, and residential buildings is becoming more and more welcomed by users and enterprises, with a broad development prospect. 1. Components of photovoltaic carports: The main components of photovoltaic carports are photovoltaic modules, photovoltaic brackets, inverters, and charging systems. 2. Classification of photovoltaic carports: Additionally, carports can be classified into ordinary carports and waterproof carports based on their functionality. Users can also categorize photovoltaic carports into single-space, double-space, and multi-space carports according to their parking needs and cost considerations. Most photovoltaic carports feature a modular design, allowing for standalone use or combination in multiple ways, high pre-installation, easy expansion, and strong flexibility, ranging from a few parking spaces to hundreds. 3. Advantages of Kseng’s photovoltaic carports: (1) Protect vehicles from rain and sunlight as a parking shed; (2) Generate electricity independently, charge electric vehicles, and cause no waste disposal fees or environmental pollution; (3) Safe and reliable, made of high-strength steel or aluminum alloy 6005-T5 and stainless steel 304 materials; (4) Easy to install with a modular design, high pre-installation, and labor-saving installation costs; (5) Aesthetically pleasing, low overall maintenance costs, and long service life. Kseng's "Carport Photovoltaic Bracket System" is an environmentally friendly demonstration of solar power in social life. It not only solves the high-temperature problem of open-air parking but also utilizes idle space for power generation, self-consumption, and grid-connected surplus electricity, integrating parking space, rooftop power generation, and architectural aesthetics. The photovoltaic + carport model brings excellent social and environmental benefits, closely following the booming development of the new energy vehicle industry, with a promising global market outlook.

Agricultural photovoltaic is widely applied for solar power generation to modern agriculture, is to widely apply solar power generation technology to modern agricultural planting, irrigation, pest control and agricultural machinery power supply, and other fields of a new type of agriculture. In brief, it is "one piece of land, many uses". It has been gradually promoted because of its advantages of saving land, consuming nearby, and combining it with agriculture. Crop growth needs different light waves than photovoltaic power generation. Photovoltaic solar greenhouses can achieve power generation and planting. Since solar cell modules will cause certain shading, each greenhouse can be designed with different installed capacities according to the light needs of different crops to meet the light needs of plant photosynthesis. For example, for bitter gourd, the growth process does not require high light transmittance. Crystalline silicon solar cell modules can be used, and more battery modules can be installed to improve the installed capacity and generate more power. Colorful pepper, tomato, and other jacket vegetables with high lighting requirements are covered with improved solar cell modules with good light transmittance to reduce installed capacity and enhance light transmittance. According to the Renewable Energy Agency (IRENA) "2021 Renewable Energy Installed Capacity " data, agricultural photovoltaics have also become the main component of distributed photovoltaics among all PV capacity growth. Keseng "farm shed photovoltaic support system" comprehensively uses light energy and space to open the "self-use" power generation mode, continues to provide green energy for farms, and promotes the transformation and upgrading of the agricultural economy. The support meets the highest standard of wind and snow resistance load. Even during winter snow, the power station can still operate as usual to ensure the long-term power generation of agricultural photovoltaics power stations and multi-guarantee the economic and low-carbon benefits of the owner.

With the strong voice of "low-carbon environmental protection" in various countries, solar energy, as a high-quality clean energy, is increasingly favored by people. Many friends want to install solar PV systems in their residential areas, but the roof and yard area are not large enough, which has hampered their "home PV system project" plan. With the constant change in science and technology, the balcony solar photovoltaic system comes into being. With it, we can enjoy the benefits of solar energy even if we don't have a big enough roof or courtyard. Today, we will specifically understand the balcony solar energy Photovoltaic system. What is the balcony solar PV system? The solar photovoltaic system is fixed on the outer railing of the balcony to capture sunlight and provide electricity. Users can choose a balcony solar photovoltaic system of appropriate size according to the size of their balcony. What are the benefits of installing a balcony PV system? 1. Energy saving and environmental protection: The installation of a balcony PV system is a low carbon and environmentally friendly and can relieve the pressure on the electricity supply in the home. The system can supply about 300 watts of equipment for about 5-6 hours, which can reduce the household's electricity bill. 2. Convenient operation: The balcony solar photovoltaic system is simple to install and can be bolted without drilling or welding. Even if you are not a professional installer, you can easily install it by reading the instructions. 3. Long-term operation: The balcony solar photovoltaic system is efficient and durable with a long service life 25 years or more. When users need to move out of their homes, the balcony solar PV system can be easily disassembled and replaced in the application area. 4. Improve the value of the house: The installation of solar photovoltaic systems in the house can improve the use value of the house to a certain extent, and increase the practicality and cost performance of the house. How to ensure the stable and efficient work of the balcony photovoltaic system? 1. When installing the balcony solar photovoltaic system, pay attention to the installation direction of the system. Southern Hemisphere facing north and the northern Hemisphere facing south is the best installation direction. 2. In the process of installing the solar photovoltaic system on the balcony, attention should be paid to avoiding the block of tall buildings or other debris. Adjust the tilt of solar panels for different seasons. Regularly check the cleanliness of the solar panels of the system. When the panel is found to accumulate more ash and there is debris, it should be cleaned in time.

Recently, a 37MW large-scale photovoltaic power station located in Miyagi, Japan, is being installed orderly with a full set of ground support solutions provided by Kseng. After strict review by the Ministry of Economy and Industry, construction of the project began in August 2022 and is expected to be completed in May 2023. Bottom-fixed  Efficient cost reduction Due to the high cost of large ground power stations, Kseng proposed the spiral ground pile solar mounting solution according to the customers' demand for cost reduction and efficiency improvement, Its light stability, high bearing capacity, strong applicability characteristics, more dexterous to cope with the uneven ground installation. It is worth mentioning that, compared with the traditional top-down installation method, Kseng proposed the fixing solution of downlock panels in this project, which does not need to climb the bracket and step on the panel, avoids panel damage and realizes the convenient installation of the lower panel, effectively improves the construction safety and efficiency, and is highly recognized by the owner. Japanese standard  Made in China Japan has a high market entry threshold and stricter requirements on product quality and technical specifications. As one of the leading photovoltaic support suppliers in Japan, Kseng is highly favored by local customers with excellent product quality and perfect local service. Its product types cover various application scenarios such as household use, industrial and commercial use and large-scale ground power station. At the same time, Kseng continues to upgrade its products and technical level. Its aluminum alloy raw materials have passed JIS certification, which can correspond to the application of PV carport construction in Japan. Since entering the Japanese market, Kseng quickly set up Japanese branch offices and storage centers. By the end of 2022, the cumulative shipment of structures in the Japanese market has reached 3GW, with the highest growth rate in the Japanese market for 7 consecutive years. In the future, Kseng will always take "Empowering our world with clean energy" as its mission, give full play to its technological innovation strength, excellent product quality and a full range of local services, to help customers build "safe and reliable, efficient power generation, easy operation and maintenance” photovoltaic power station", and promote the global promotion of photovoltaic energy and zero-carbon development.

In recent years, the photovoltaic application market has been continuously expanding, and the integration of photovoltaics with traditional industries has become a popular model for industrial transformation. The "agriculture-photovoltaic complementarity" model applies power generation technology to modern agricultural cultivation, irrigation, and other fields, using photovoltaics to promote the green development of traditional industries based on agricultural production. New Pattern 01 New Pattern of Agriculture-Photovoltaic Complementarity Recently, Kseng has facilitated the grid connection of a 500 kW demonstration power station for an organic grape photovoltaic plantation in Yamanashi ken, Japan. Kseng provided a complete solution for aluminum alloy photovoltaic greenhouse brackets, combining the local agricultural industry with advanced photovoltaic technology. By comprehensively utilizing solar energy and space, the "self-use" power generation mode continuously provides green electricity to the farm, promoting the transformation and upgrading of agricultural economy diversification. High Standards 02 Customized Services with High Standards Kseng has accumulated rich experience in local power station construction in the Japan solar market over the years. After analyzing the project's mountainous terrain, the rugged topography and acidic soil conditions posed a significant challenge to the quality of the brackets. Based on the actual soil conditions and existing ground piles, Kseng provided a high-standard and highly corrosion-resistant aluminum alloy photovoltaic greenhouse bracket solution tailored to the local conditions. In addition, in accordance with local landscape regulations, the entire set of aluminum alloy photovoltaic greenhouse brackets adopted black oxidation treatment, making them both aesthetically pleasing and practical. Organic photovoltaic (PV) farms with a dual advantage make full use of the land for efficient power generation while also providing shelter for grapes and supporting vine growth.  The design of the support structures allows for large spans, ensuring ample space for agricultural machinery operations. The reasonable arrangement of the supports provides good transparency, allowing sufficient sunlight for the plants. The support structures meet the highest standards for wind and snow loads, enabling the PV farm to operate smoothly even during snowy winters, ensuring long-term power generation and providing economic and low-carbon benefits. Kseng's reputation receives further praise ！ The owners stated that Kseng's PV support structure solution was responsive and provided strong technical support during project construction. PV power generation is environmentally friendly, and the farm has increased its electricity generation benefits with the construction of the PV plant. When the vineyard harvests, the joy will be shared with Kseng once again. Solid Strength 03 Visible Brand Strength As Japan's energy trans...

As energy storage enters residential households, the concept of "distributed photovoltaic power generation" can be realized, which can alleviate the pressure on power transmission, reduce the use of fossil fuels, and is a necessary decentralized measure to achieve carbon neutrality. The household energy storage system typically includes: photovoltaic modules, energy storage batteries, inverters, grid connection and metering equipment, the public grid, household loads and critical loads,etc,. Basic operation principles of a household energy storage system: 1. In the morning, when there is sufficient sunlight, solar energy is first supplied to the loads, household loads will consume solar energy maximum and remaining power is stored in the battery. If sunlight is insufficient, the battery will supply energy to the system loads. 2. In the afternoon, after meeting the consumption of household loads and fully charging the battery, the excess power is fed back to the grid. Power is prioritized for critical loads, followed by battery charging, and any surplus power is then directed to household loads before flowing back to the grid. 3. In the absence of sunlight, the battery converts stored energy into AC power through the inverter for load consumption. 4. When the battery cannot meet the load demand, the grid will supplement the system with additional power for load consumption.