ARS SolarTech

Our latest Solar Tree Installed at HPCL Pimpri Pune. For Hpcl-Hindustan Petroleum Corp Limited. in association with RS Power private limited and HPCL. some of the key highlights of the project - It consist of 24 No Of solar Module on its Three Branches - Total Power - 10.5 KW Of DC installed - one of the largest solar tree installed in INDIA for Commercial use - In future it will be integrated with Charging station for E vehicle #arssolartech #solarpv #solarpower #renewables #energy #energystorage #future #india #petroleum #project #pune #power #renewableenergy #achitecture #punecity #metro

HDG Structures vs. Pre-Galvanized Material for Solar Mounting Structures When it comes to selecting materials for solar mounting structures, especially in large-scale solar projects, Hot-Dip Galvanized (HDG) structures are often favored over Pre-Galvanized materials due to their superior durability and longevity. Here's a detailed comparison: Hot-Dip Galvanized (HDG) Structures Corrosion Resistance: HDG structures undergo a post-fabrication galvanization process, where the steel is immersed in molten zinc. This results in a thick, uniform zinc coating that provides exceptional resistance to corrosion, even in harsh environments such as coastal areas or regions with high humidity. Lifespan: The robust zinc layer ensures a longer lifespan, typically 20-30 years or more, with minimal maintenance required. Edge Protection: HDG provides full coverage, including edges and corners, reducing the risk of rust or damage at exposed areas. Thickness of Coating: Coating thickness is generally between 80-120 microns, making it highly durable in extreme conditions. Why HDG Structures Are Better for Solar Projects Weather Durability: Solar projects are often exposed to extreme weather. HDG ensures the structure remains stable and rust-free, safeguarding the solar modules' integrity. Cost-Effectiveness Over Time: While HDG may have a higher initial cost, the reduced maintenance and extended lifespan make it more cost-effective over the project’s lifetime. Suitability for Heavy Loads: HDG structures are more robust, making them ideal for carports, ground-mounted systems, and high-wind or snow-prone areas. Compliance with Standards: HDG structures often meet international standards like ISO 1461, ensuring quality and durability. Applications Ground-Mount Systems: Best for long-term projects in varying climatic zones. Solar Carports: Withstand heavy loads and ensure safety in public spaces. Rooftop Systems: Provide robust support and extend the life of the installation. In conclusion, HDG structures are a reliable choice for solar mounting systems, especially in large-scale or critical installations, where longevity and minimal maintenance are priorities. Pre-galvanized materials, while cost-effective for smaller projects, may not offer the same durability and performance. Investing in HDG ensures long-term project success and protection for your solar infrastructure. #solar #solarstructures #engineering #greenenergy #SolarEpc #Arssolartech Call us 8888806269

🌞 The Backbone of Solar Energy: Designing for Durability and Longevity 🌞 In the solar energy industry, we often focus on panel efficiency, energy output, and ROI—but one crucial element that demands equal attention is structural design. A well-designed solar mounting structure is not just about holding panels in place; it’s about ensuring stability, safety, and performance over decades. ✅ Why Structural Design Matters: 1️⃣ Withstanding Extreme Weather: Wind speeds in many regions of India can exceed 150 km/h during storms and cyclones. Designing structures to withstand such forces is critical to prevent damage and losses. 2️⃣ Durability for Decades: A solar system’s lifespan can exceed 25 years. Poor structural integrity can lead to frequent maintenance, reducing overall system efficiency and increasing costs. 3️⃣ Site-Specific Solutions: Terrain, soil conditions, and local environmental factors demand custom designs to ensure maximum resilience and safety. ✅ Key Considerations in Structural Design: Using high-quality materials like hot-dip galvanized (HDG) steel or aluminum for corrosion resistance and strength. Proper wind load analysis to ensure structural stability. Designing for ease of maintenance and long-term reliability. Compliance with global and local standards for safety and performance. At ARS SolarTech, we understand that a solar project’s success begins with precision-engineered mounting structures. We’re proud to contribute to robust, reliable, and sustainable solar installations across diverse terrains and climates. Let’s prioritize quality design and engineering for every solar project to ensure that the power of the sun shines bright for years to come! 🌞 #SolarStructures #WindLoadDesign #SolarMountingSystems #Sustainability #RenewableEnergy

We specialize in designing and manufacturing elevated superstructures for solar projects, enhancing energy efficiency and durability. Our innovative solutions are engineered for optimal performance in solar installations. #SolarEnergy #SustainableSolutions #RenewableEnergy #SolarStructures #ARSSolartech #GreenEnergy #CleanTech Call us @ 8888806269 Visit us www.arssolartech.com

We specialize in designing and manufacturing elevated superstructures for solar projects, enhancing energy efficiency and durability. Our innovative solutions are engineered for optimal performance in solar installations. #SolarEnergy #SustainableSolutions #RenewableEnergy #SolarStructures #ARSSolartech #GreenEnergy #CleanTech Call us @ 8888806269 Visit us www.arssolartech.com

Exciting news! 🌳☀️ ARS SOLARTECH has brought sustainability to a new level with our innovative Solar Tree installation. Harnessing solar energy in a beautifully designed structure, our Solar Tree is a symbol of eco-friendly progress. Join us in creating a greener future! #ARSsolar #SolarTreeInnovation #RenewableEnergyLeaders #SustainableTech #GreenFuture