May 15-16, The Future Energy Show Philippines 2023, the largest energy event in the country, opened at SMX Convention Center Manila to bring together the entire energy community in the Philippines. Kseng Solar took part in the expo and showcased full-scenario solar racking solutions to more than 14,000 attendees from around the world, offering versatile options to satisfy various demands of local clients. Presented Products - Solar Roof Mounting Solutions: Universal Rapid Solar Metal Roof Mounting System, L feet Solar Metal Roof Mounting System, Standing Seam Roof Mounting System - Solar Ground Mounting Solutions: Aluminum Ground Mounting System, Steel Ground Mounting System According to the Philippines’ National Renewable Energy Program (NREP) 2020-2040, the country aims for renewables to comprise 35% of power generation by 2030 and 50 % by 2040. The government has released an array of incentives and supportive policies to encourage the development and use of renewable energy, Kseng Solar is there with high-efficiency solar racking solutions and ready to be part of this solar revolution. Dedicated to providing solar racking and tracking systems since 2015 and driven by the mission of “Empowering our world with clean energy”, Kseng Solar will continue to deliver more innovative solar racking solutions and top-class customer services, to empower every home, business, and community with clean energy.

What is agricultural photovoltaic greenhouse? For a new word “photovoltaic greenhouses”, it is the combination of two completely different industries. Photovoltaic power generation belongs to the new energy industry, while greenhouses belongs to one of the planting industries, which are called indispensable facilities in agriculture. It is mainly to solve the problem of out-of-season vegetable planting in winter, and make use of the thermal insulation and light entry of the greenhouse, so as not to affect the production of winter vegetables. Making money from photovoltaic power generation and making money from growing vegetables in greenhouses do not affect each other, which is why photovoltaic greenhouses appear. It can also be understood that this is the definition of photovoltaic greenhouse. How to design photovoltaic greenhouse? Greenhouse need light, photovoltaic power generation also needs light, the reason why they can combination is also because light, and the contradiction between them is also because of light. Take the most common example, in the same solar greenhouse, it is necessary to meet the growth of crops and meet the maximum amount of photovoltaic power generation, the balance between the amount of photovoltaic panels and the light transmission of the greenhouse, among which the most important design is to make the front room as a whole large plane, so that the lighting is better, also suitable for vegetable planting and power generation. In order not to interfere with the photosynthesis of the vegetables in the greenhouse, photovoltaic accounted for one-third, the rest for light transmission. Does design influence the insulation of greenhouses? Take solar greenhouse as an example, it is mainly used for off-season vegetable cultivation in winter. The key to the greenhouses can be planted in winter is that they have very good insulation in winter. Such design guarantees photovoltaic power generation and daylighting of greenhouses, but ignores the problem of thermal insulation. Usually there have insulation quilt in the normal design of the front room of a solar greenhouse, but this design don’t consider for insulation quilt. For winter planting, the reduction of thermal insulation, can only grow more cold resistant vegetables, the income will be reduced. For the vegetable industry, winter vegetable prices are the highest. What are photovoltaic greenhouses suitable for planting? Photovoltaic greenhouses are suitable for growing edible fungi. Under normal circumstances, edible fungi do not need light during their growth process. If necessary, additional shading measures may be added, such as oyster mushroom, shiitake mushroom, enoki mushroom and these common fungi can be planted. Except growing crops, there can also be farming projects, such as small and medium-sized livestock, which can make money without affecting power generation. There is not enough light under photovoltaic panels, so it’s suitable for shade-loving plan

At the beginning of the New Year, everything is fresh, bright and new with the times. In the context of carbon neutrality, countries around the world have successively issued favorable policies for photovoltaic, driving the surge in industrial demand, and new photovoltaic energy is sweeping all regions rapidly. Driven by both policy and economy, photovoltaic power generation is increasingly integrated with urban infrastructure, Photovoltaic + carport mode brings good social and environmental benefits. Following the development of the new energy automobile industry, the global market is promising. 01 The industry clash of PV+carport Recently, a new solar carport which located in the Hiroshima area of Japan industrial park has been went into service and successfully connected to the grid.The project is a perfect combination of parking shed and photovoltaic power generation, which is an environmental demonstration of the application of solar power in social life. It not only solves the high temperature problem of parking in the open air, but also makes use of idle space to generate electricity and generate electricity independently, which integrates three functions of parking space, roof power generation and architectural aesthetics. 02 Good-looking+Generate power customized carport The whole carport designed with a single column structure, which is supported by column at key structural point to creating a large parking space. The roof design with a height of 3.14m and double row parking space provide a more comfortable parking experience.  In order to enhance the waterproof performance of the shed, by the addition of steel tile fixture non-breakdown design with laying components, and the double design of tight joint, it's not only meet the summer shed shading and cooling function, but also have excellent waterproof effect. In addition, the large span design use the high quality carbon steel as the main body of the support, the project chooses the high quality carbon steel, to ensure the high stability and strength of the support system as a whole. The pre-assembled photovoltaic support is convenient for on-site construction and effectively saves labor construction costs. With Kseng’s assistance, this project realizes the comprehensive use of carport to carry out environmental protection transformation of PV power generation, and completes the low-carbon goal of green transformation of enterprises. 03 Brand power helps PV development As fuel costs and electricity prices rise, Japan's energy development strategy is constantly adjusted, and the government implements mandatory policies to further develop the photovoltaic industry. Since entering the Japanese market, Kseng has closely followed the development trend of the local market and continuously improved the localization service capability. Through the establishment of local branch office and storage center, excellent product quality and efficient team service, Kseng's cumulative shipments of...

Glazed tile sloping roof photovoltaic support system has great flexibility for the design and planning of commercial or residential roof solar systems, mainly used for glazed tile roofs. This system is made of unique aluminum alloy extruded brackets, various blocks and various roof hooks. It is mainly composed of guide rails, guide rail connecting blocks, medium pressure, side pressure, and roof hooks. The angle is designed and processed according to the requirements of customers to meet the installation requirements of solar modules at different latitudes and longitudes in different countries or regions, so as to ensure the best lighting angle. 01 Scope of application The glazed tile roof photovoltaic support system is mainly suitable for residential roofs and has great flexibility. It is suitable for all kinds of solar panel tiled sloping roofs, and common tile types of civil buildings can be used, including asphalt tiles, glazed tiles, cement flat tiles, Roman tiles, Spanish tiles and slate tiles. 02 Solution This photovoltaic support solution uses specific aluminum extrusion guide rails, various pressing blocks and various roof hooks. Choose the corresponding hook according to the type of tile, fix the hook on the roof beam, choose the appropriate aluminum alloy guide rail according to the load requirements of the roof, and fix the guide rail on the hook. Insert the pre-installed pressure block into the guide rail, place the components and tighten the bolts to fix the components. 03 Advantages ①.The bracket system adopts the buckle installation form, which minimizes the types of parts in the whole system, and the installation is convenient and quick; ②.Applicable to the installation and application of solar cell modules of different specifications; ③.High-quality light-duty aluminum alloy profiles are selected, with a neat and beautiful appearance, light weight, and easy transportation.

Roof PV mountings are special brackets designed for placing, installing and fixing solar panels in solar PV power systems. Generally, the materials available are aluminium, carbon steel and stainless steel. In the specific installation process, the appropriate installation method needs to be chosen according to the different types of roof. 1. Concrete Roofs The installation of solar mounting systems on concrete roofs all use concrete as the foundation. There are two ways of producing foundations, as follows: ①. Pour Cement on Site to Make Foundations Advantages: it can be integrated into the roof, which can be strong and use less cement. Disadvantages: The rebar needs to be pre-built in the roof of the building. Or use expansion screws to connect the concrete foundation to the roof as one. This tends to damage the waterproof layer of the roof and can easily leak over time. ②. Cement Foundation Counterweight Briquettes Accurate statistics are required on the average annual wind speed at the project site and the wind direction in different seasons to calculate the positive and negative wind pressures. The weight of the concrete foundation is then converted from the wind pressure level. Pre-processed cement briquettes of uniform dimensions are then transported to the site for installation. 2. Mental Roofs Mental roofs are generally used on light steel buildings, mostly in standardized workshops and warehouses. Light steel buildings use light weight coloured steel tiles for the roof so spans can be made very large. This is ideal for the large-scale laying of solar modules. The city's industrial parks are standardized plants built in successive blocks, with large numbers and areas, often allowing the construction of tens of megawatts of solar power plants at a time. The mental roofs are made up of thin metal sheets wrapped in foam sheets, which cannot be used to fix the mountings for the battery components by conventional methods. A special 'clamp' is required, the use of which will not damage the original structure and will not cause leaks or structural damage to the roof as a whole. From a load-bearing point of view: it is inevitable that more brackets will be used if installed at the optimum angle. This will add weight to the roof. From a safety point of view, the modules cannot be installed parallel to the roof by installing at the optimum angle of inclination. This creates additional wind pressure when the wind is blowing, which can be a safety hazard. In summary of the above two points, the modules can only be laid flat on a mental roof. The number of modules installed is only relevant for roof area and load bearing and is not optimized. 3. Glazed Tile Roof This refers to pitched roofs with concrete underneath the tiled surface. The installation is usually done by uncovering the tiles, placing expansion screws in the concrete, installing bent hook adapters and then covering the tiles back up. The key is to control the position of the expansion s...

April 12-14 in Daegu, the 20th International Green Energy Expo — Korea's largest, three Asian and ten world's largest exhibition of renewable technologies successfully drew a large number of visitors eager to explore advanced renewable energy solutions. Kseng Solar exhibited the expo with its vast range of solar racking solutions, covering roof-mount, ground-mount, etc, and our team of experts spoke with numerous interested visitors, who were impressed by the quality and reliability of our products. Presented Products -      Solar Roof Mounting Solutions: Large gap roof mounting systems, Standing Seam Roof Mounting Systems, Triangle Flat Roof Mounting Systems -      Solar Ground Mounting Solutions: Steel Ground Mounting System, Aluminum Ground Mounting System According to Wood Mackenzie, South Korea has set an ambitious target of installing 34GW of solar power by 2030 as part of its basic electricity supply plan. As one of the leading suppliers of solar mounting solutions in the country, Kseng Solar has years of field-proven experience in South Korea, and its efficient and high-quality solar mounting solutions have been greatly favored by local clients, making Kseng Solar a trusted partner in the country's journey push towards a carbon zero future. Dedicated to providing solar racking and tracking systems since 2015 and driven by the mission of “Empowering our world with clean energy”, Kseng Solar will continue to provide more advanced and powerful solar racking solutions and build a stronger local team, helping to create a sustainable future and build a greener Korea.