INTRODUCTION With the rising global energy crises , Alternate source for power generation are being explored, But issues with most of energy production sources are increasing Carbon foot prints. As a result Green energy sources are preferred that generates power with natural resource harvesting i.e water flow or sunlight. USE OF SOLAR ENERGY FOR ENERGY CRISES SOLUTION In Countries with long Day Light time, Solar Energy Production is being the top priority for individuals for overcoming their power needs for households and industrial purpose.For Residential Solar Power Projects, People utilise their empty roof top spaces by mounting solar panels either on floor or on Elevated structure if one wants to utilise roof top floor for other purpose. INTEGRATION OF SOLAR PLANTS IN EXISTING INDUSTRIAL STRUCTURE Where as for Industrial and Comparatively large scale projects , Only place available in most of factories are the top surface area of warehouse and workshops shed. These shed’s top area’s are mainly built with corrugated metal sheets being at support of metal guarders beneath after distance of 4 to 5 ft , providing enough reinforcement to place solar panels. NEED FOR ROUTINE CLEANING OF PLATES IN POLLUTED CITY LIKE KARACHI Problems are not over by just installing solar panels. If we talk about Pakistan and its Economic Hub city’s industrial zones i.e Korangi Industial Area , Port Qasim Industrial Area, Nooriabad Industrial Area , S.I.T.E Area and many other in Karachi City , all these face high wind and dust issues along with chemical fumes and small light weight waste particles that cover surface area of solar panel and decrease their efficiency gradually , creating a demand for weekly maintenance and cleaning in order for industry to meet its power requirements. Same are the problem scenario in other cities of Pakistan i.e Lahore, Faisalabad, Gujranwala, Islamabad and their industrial estates. NEED FOR SOLAR WALKWAYS For purpose of solar Panel routine cleaning, panels must be installed in such a way that their is gap for walking path around every 8-10 square meters of panels, these walking path are usually called WALKWAYS or SOLAR WALKWAYS as they are installed at solar power plant. While designing walkways this must be made sure that its wide enough for a person to move around along with his all equipment for cleaning or resolving electrical or mechanical problems if any. Minimum recommended width for solar walkways is 15″ and maximum is 24 “. Making walking platforms too wide will reduce space for solar panels and increases unwanted load over shed. Problems with Metal and Aluminium Walkways In search of material for construction of walkways most people end up at Metal checked plate which needs paint or coating after every 6 to 12 months to avoid from rusting and corrosion. Walkway which are used for maintenance of solar panels needs its own maintenance in this case and also being heavy in weight it adds unwanted load over PEB shed structure. On other hand projects around coastal areas or near the more corrosive environment , Many Engineers in Pakistan due to lack of awareness opt for aluminium solar walkways , which takes lots of time and joints with nuts and bolts to be fabricated.Secondly being conductor of Electricity it increase the electric shock threat to person walking over in case of any loose wire from solar panels are in contact. FIBREGLASS REINFORCED PLASTIC (FRP) AS TOP MATERIAL PRIORITY FOR WALKWAYS To Resolve all the problems mentioned above only solution is to use FRP Gratings panels as Solar Walkways ,being made from Fiberglass it ensures that its light weight and corrosion free even in most acidic and humid environments. Following are the added advantages mentioned below: Light Weight Gratings are moulded in such a way leaving empty pocket mesh that ensures durability & Strength along with space for water and dirt to drain out from these spaces which also make it very light and is never a burden over the shed structure. Corrosion & UV Resistant As Fibreglass reinforced plastic are kind of plastic , so being rusty is never an issue, On other hand being kept under sun, it can last for more than five years being exposed to ultra violet light. Shock Proof As plastic are insulator to electricity these walkways are the safest spot to be at even if complete structure is in contact to electrical pulse from faulty wiring or any other electrical problem. Maintenance Free Best part of these fiberglass walkways is that they are self sufficient for years in terms of cleaning and maintenance, every time you just step over and its ready to serve you for job to clean solar panels. Fire Retardant Fire is the second most alarming threat after electric shock , whenever there is a short circuit or even in case of Lightning fall fire can be caught. FRP gratings being fire retardant ensures that fire don’t spread and turn down as soon as fire goes away. Cost and Conclusion With all the comparison done above fibreglass gratings should be the top priority for solar walkways for industries who can invest a little more for in beginning and relax for a decade in terms of maintenance along with having maximum power output as these will help clean panels easily.

In the modern construction landscape, the push for eco-friendly materials has never been greater. Sustainable building practices are now essential for fostering a healthier environment. Among the various green building solutions, molded fiberglass grating emerges as a particularly versatile and sustainable choice. This article delves into the significance of molded fiberglass grating in sustainable construction, emphasizing its environmental advantages and practical applications. 1. Understanding Molded Fiberglass Grating Molded fiberglass grating is a robust and adaptable building material, created by merging resin and fiberglass. This results in a product that is both lightweight and strong. Unlike conventional materials such as steel or wood, molded fiberglass grating offers several benefits, particularly for eco-friendly construction projects. 2. Environmental Advantages of Molded Fiberglass Grating Molded fiberglass grating is celebrated for its eco-friendly attributes. Here are its primary environmental benefits: Durability and Longevity: Resistant to corrosion, chemicals, and extreme weather, molded fiberglass grating boasts a long lifespan, reducing the frequency of replacements and thus minimizing waste. Lightweight Nature: Its lightweight properties lower transportation energy costs and emissions, contributing to a reduced carbon footprint during construction. Recyclability: At the end of its use, molded fiberglass grating can be recycled, decreasing landfill waste and supporting a circular economy. Low Maintenance: The minimal maintenance required for molded fiberglass grating means fewer resources are needed for repairs and upkeep, enhancing sustainable building maintenance practices. 3. Applications in Sustainable Building Projects Molded fiberglass grating is suitable for various components of green building projects: Walkways and Platforms: Its non-slip surface and high strength-to-weight ratio make it ideal for secure and durable walkways and platforms in eco-friendly structures. Drainage Systems: Its resistance to water and chemicals makes molded fiberglass grating perfect for drainage systems, ensuring efficient water management in sustainable infrastructure. Architectural Elements: The design flexibility allows architects to use molded fiberglass grating creatively and functionally, supporting both aesthetic and environmental goals of green buildings. 4. Boosting Energy Efficiency Molded fiberglass grating significantly enhances building energy efficiency: Thermal Insulation: Its natural properties offer superior thermal insulation compared to metal gratings, helping maintain stable indoor temperatures and reducing the need for extensive heating or cooling. Light Transmission: When used in structures requiring natural light, fiberglass grating allows light to pass through, reducing reliance on artificial lighting and conserving energy. 5. Real-World Applications and Case Studies Numerous green building projects have successfully incorporated molded fiberglass grating, demonstrating its sustainability and effectiveness: Eco-Friendly Office Buildings: Modern office buildings often use molded fiberglass grating for rooftop walkways and maintenance platforms, enhancing energy efficiency and safety. Sustainable Urban Infrastructure: Cities implementing green infrastructure solutions use fiberglass grating in drainage systems to manage stormwater effectively, showcasing its practical environmental benefits. 6. Conclusion Molded fiberglass grating is an exemplary material for sustainable construction. Its durability, recyclability, and energy efficiency make it a prime choice for eco-friendly building. As the demand for green building solutions grows, molded fiberglass grating will continue to play a crucial role in fostering a sustainable future. For those interested in integrating molded fiberglass grating into their projects, Fiber Marine provides high-quality products and professional installation services. Their expertise ensures optimal solutions tailored to your needs, making your eco-friendly building project both efficient and effective. Visit Fiber Marine to explore their extensive range of fiberglass grating options and learn more about their exceptional installation services. To kickstart your eco-friendly building project with molded fiberglass grating, contact Fiber Marine today. Their team of experts is ready to assist you with all your fiberglass grating requirements, from product selection to installation.