5.2 MW DC solar farm project was connected to the grid in Armenia. Chinese solar panel supplier Risen Energy terms as the ‘firstlarge scale solar farm grid connection in the country.

Developer Optimum Energy LLC-distributor of Risen Energy-provides EPC services for this solar farm project, Vayots Arev-1 Solar Farm is located in Vayots Dzor region ofArmenia.

There is much rooom for solar to develop in Armenia with its government’s focus on solar energy in an effort to lower dependence on expensive imported electricity. This solar farm project will promote brand influence of solar panel supplier Risen Energy in other markets.

The 5.2 MW DC project is not the largest solar farm planned in Armenia. Spanish solar company Fotowatio Renewable Ventures won a 55 MW project with financial support from EBRD, IFC and European Union in July 2020, paving way to start constructing the project

Kensend's lengthened type L foot clamp, The length of 165MM, is widely used in PV systems in Korea and Europe for trapezoidal metal tin roof PV mounting systems. Trapezoidal metal tin roofing is the type of corrugated plate commonly Used on roofs of many buildings at present. For the installation of solar mounting bracket on the roof of trapezoidal metal roof, solar metal roof clamp L foot clamp aluminum support foot + stainless steel bolt scheme is used, and waterproof EDPM pads and waterproof glue are used. It is a suitable for a variety of trapezoidal metal roof solar panel installation system.

For solar roof mount the difference between the roof beam: steel beam and wood beam, steel beam, the need to choose self-tapping nails when fixing L foot clamp. Wooden beam, with stainless steel double tooth screw fixed L Angle aluminum (L foot screw kit). Stainless steel double tooth screw, waterproof gasket with the screw can effectively prevent the leakage caused by penetration of the roof. For solar roof mounting kits The support beam adopts aluminum alloy guide rail, and the L foot clamp is connected with the solar rail by the slider nut and the inner hexagon bolt.

Kinsend has been manufacturing PV accessories for over 30 years. We are committed to providing safe and efficient PV scaffold installation systems for all parts of the world. Accessories from the selection of raw materials, extrusion, cutting, galvanized through the process of technical inspection. At the same time, we will test the product quality again before delivery. After years of manufacturing process improvement,, let us integrate a harmonious and efficient production line. Ensure timely delivery of PV system for each customer.

Solar metal roof mounting system -L foot clamp feature:

- profile hardness requirements ≥13HW

- after machining the surface anodized treatment, the minimum film thickness ≥10μm

- burr removal clean, sharp edge, sharp Angle are blunt

- surface without bumps, scratches, stains and other defects

Kinsend offers a wide range of photovoltaic mounting system solutions. We accept customized services and provide you with an exclusive VIP design and service team. Please pay attention to our official website: www.kinsend.com. If you have any requirement, you can send the information to our enterprise mailbox at any time:Info@kinsend.com.  Kinsend will do the most stable foundation for you to transfer the sun's light and warmth.

For a 50 MW solar tender launched in August 2020 in Greece, 8 companies have expressed interest in the PPC Renewables project from Greece and abroad, including China.





PPC Renewables, the renewable energy arm of state owned electricity utility Public Power Corporation (PPC) in Greece, has attracted bids from 8 companies from Greece as well as international firms in response to a 50 MW tender it had launched in August 2020.



According to unnamed sources as reported by local energy news portal energypress, 5 large Greek construction companies and 3 foreign multinational firms have submitted bids for the 50 MW EPC tender. These are Intrakat, Aktor, Terna, Avax, Voltalia Greece and Metka EGN—all from Greece. The 3 foreign players in the fray are Dongfang Electric International Corporation of China, and London headquartered Sunel Group + China’s Shanghai Electric proposing a joint bid.



The 50 MW solar project is designed to be realized in the form of 2 projects of 39 MW and 11 MW in Megalopolis municipality’ Megale Lakkes. Lowest bid offered for this capacity will adjudge the winner who will then enter a power purchase agreement (PPA) with 2 subsidiaries of PPC Renewables, namely Arkadikos Ilios I and Arkadikos Ilios II.



Most of the power produced by the 50 MW capacity on completion is scheduled to be supplied to corporate consumers through bilateral agreements, according to Balkan Green Energy News.

At this special moment of 2020, the freight is increasing, the cost of raw aluminium material is increasing. the USD exchange rate changed much. But we still try our best to offer best price to our customers.

Aluminum Waterproof Photovoltaic Carport Mounting System is an innovative design that combines photovoltaic power generation with carport functionality. It utilizes aluminum alloy rails as the supporting structure, providing both shade and rain protection for vehicles while generating electricity through photovoltaic modules, achieving the utilization of green energy.

The advantages of photovoltaic waterproof aluminum carports are mainly reflected in the following aspects:

1. Excellent Waterproof Performance

Material Characteristics: Aluminum itself has good waterproof properties, and when combined with professional design, it effectively prevents rainwater penetration.

Sealing Technology: High-quality sealing materials and techniques are used to ensure tight seams, further enhancing waterproofing.

2. Strong Durability

Corrosion Resistance: Aluminum is corrosion-resistant, able to withstand harsh environments such as humidity and acid rain, extending its service life.

Wind and Earthquake Resistance: The sturdy structure can endure strong winds and earthquakes, making it suitable for various climatic conditions.

3. Eco-Friendly and Energy-Efficient

Photovoltaic Power Generation: Solar panels installed on the roof convert solar energy into electricity, reducing reliance on traditional energy sources.

Energy Savings: The generated electricity can power lighting or charging facilities in the carport, further conserving energy.

4. High Economic Benefits

Long-Term Returns: Photovoltaic power generation can be used on-site or sold to the grid, providing continuous income.

Low Maintenance Costs: The durability of aluminum and simple maintenance result in lower long-term costs.

5. Aesthetic and Practical

Modern Design: The sleek appearance complements modern architectural styles, enhancing overall aesthetics.

Multifunctionality: It not only provides shade and rain protection but also generates electricity, combining practicality with environmental benefits.

6. Easy Installation

Modular Design: Standardized components make installation simple and reduce construction time.

Strong Adaptability: The size and shape can be adjusted according to needs, making it suitable for various sites.

7. Policy Support

Government Subsidies: Many regions offer subsidies or tax incentives for photovoltaic projects, reducing investment costs.

Green Building Certification: Helps achieve green building certifications, increasing project value.

Solar carport project mounting structure design needs, feel free to contact : info@kinsend.com

Kinsend is a manufacturer for solar mounting bracket.

Our solar mounting structure is designed to delivery exceptional value per watt installed,its effective and efficient design ensures that PV projects are easily planned, managed and implemented.

Kinsend provides a strong and sturdy solar mounting system that is suitable for use in high wind and snow load environments.

"Quality is the priority". We always attach great importance to quality controlling from the beginning to the very end.

Warmly welcome to visit our factory to inspect the quality. We sincerely hope to establish an honest business relationship.

If you have any interest in our products, please do not hesitate to contact.

In the field of hydrogen production, choosing the right electrolyzer stack is crucial. Currently, the two most popular types of stacks are the Alkaline Electrolyzer stack and the PEM Electrolyzer stack. But which one is better suited to your needs? Let’s dive deeper to help you make an informed decision.

 

1. What is an Alkaline Electrolyzer Stack?

An ALK Electrolyzer stack uses an lye solution, typically potassium hydroxide (KOH), as the electrolyte. This technology has been around for decades and is known for its reliability and cost-effectiveness. Due to its lower operational costs and longer lifespan, alkaline electrolyzer stacks are well-suited for large-scale hydrogen production.

 

2. What is a PEM Electrolyzer Stack?

A PEM Electrolyzer Stack(Proton Exchange Membrane) uses a solid polymer electrolyte. This type of stack is more compact and can operate at higher current densities, making it suitable for applications where space is limited. PEM electrolyzer stacks can better adapt to variable power inputs, making them ideal for use in conjunction with renewable energy sources such as wind and solar.

 

3. Conclusion

The choice between alkaline electrolyzer stack or PEM electrolyzer stack depends on your specific needs for hydrogen production.

ALK electrolyzer stack: suitable for low-cost, large-scale, and low water quality requirements scenarios, such as industrial by-product hydrogen and power grid peak shaving.

PEM electrolyzer stack: suitable for scenarios with high purity, fast response, and limited space, such as hydrogen refueling stations and vehicle mounted hydrogen production.

By understanding the advantages and disadvantages of each electrolyzer stack, you can optimize the hydrogen production process and achieve sustainable development goals more efficiently.

JinMega has launched the next-generation Wall Facade PV Vertical BAPV System, featuring enhanced design and performance. In 2024, our initial system was successfully installed in Kobe, Hyogo, Japan, demonstrating its reliability and efficiency. Now, with further improvements and upgrades, our solution offers even greater efficiency, durability, and adaptability. 

 

 

Key Advantages of the JinMega Wall Facade PV System:

Stable – Made of high-quality aluminum, ensuring long-term strength and corrosion resistance.  

Efficient – A lightweight and simple structure for quick installation, maximizing land use efficiency.  

Flexible – Compatible with masonry and concrete walls with bonded rebars, adapting to diverse building types.  

 

 

By transforming building facades into energy-generating surfaces, JinMega continues to deliver sustainable and space-efficient solar solutions.  

Looking for an innovative solar installation? Discover how our Wall Facade PV System can power your next project! Click here.

 

Sustainable landscaping is an increasingly popular approach that focuses on environmentally friendly practices, with solar lights playing a crucial role in this movement. By harnessing solar energy, these lights provide a clean and efficient alternative to conventional lighting systems. They help decrease dependence on non-renewable energy sources, lower carbon emissions, and contribute to the creation of eco-friendly outdoor environments.

 

Solar lights are extremely energy-efficient, as they operate solely on sunlight converted into electricity via photovoltaic panels. This eliminates the need for grid electricity, which often depends on fossil fuels. The use of LED technology in solar lights further boosts their efficiency, as LEDs consume less energy and last longer than traditional bulbs. This combination of solar energy and LED lighting significantly cuts down on energy use and promotes sustainable living.

 

Moreover, solar LED lighting helps mitigate light pollution, a growing issue in urban and suburban areas. Many solar lighting systems are designed to provide focused illumination, such as garden solar powered spotlight, directing light exactly where it is needed. This reduces unnecessary light spill into the night sky, preserving natural darkness and supporting ecosystems that rely on natural light cycles. By minimizing light pollution, solar lights contribute to a healthier environment and enhance the visual appeal of outdoor spaces.

 

 

The low maintenance needs of solar lights make them an appealing choice for sustainable landscaping. Unlike traditional lighting systems that require extensive wiring and frequent bulb changes, solar lights are self-sufficient and easy to install. They operate on rechargeable batteries that store energy during the day, ensuring dependable performance at night. This simplicity and durability make solar lights a practical and cost-effective option for both homeowners and businesses.

 

Additionally, solar lights come in a variety of designs, allowing them to fit seamlessly into different landscaping styles. Whether used to light pathways, accentuate garden features, or create ambient lighting for outdoor events with holiday solar string lamp, these lights improve both the functionality and aesthetics of outdoor areas. Their ability to combine sustainability with beauty makes them a valuable addition to any eco-friendly landscape design.

 

For high-quality solar lighting solutions, please visit SLD, Solar Lights Do at www.solarlightsdo.com. Specializing in durable and efficient solar lights designed for outdoor use, SLD is committed to helping you create sustainable and stunning landscapes.