Kameleon Solar’s Post

Invi Air - Picture Perfect. Reduced diffuser carbon emissions by up to 95%. Invi Air’s diffusers are unique for their smart design possibilities, unique for their smart and innovative composite material’s advantages, and unique for their smart frameless, behind-the-drywall installation technique. Together these three smart qualities make Invi Air’s products a picture-perfect solution for any HVAC air distributor. Invi Air’s diffusers use a smart, certified, sustainable composite material with a zero carbon emission footprint (“Green” material). This represents a huge environmental advantage over all types of metal (steel or aluminum) vents, which necessarily have a substantial carbon emission footprint. #Architecture #InteriorDesign

LED high bay lamps are becoming the preferred choice over traditional options like incandescent, sodium, fluorescent, and induction lamps due to their energy efficiency, environmental friendliness, long lifespan, and instant illumination. However, with many types available, selecting the right LED high bay light is crucial. Here's a simplified guide to choosing one correctly. How to choose high bay light? 1. LED high bay lamps' power factor: Low power factor indicates poor driving power supply and circuit design, which can significantly reduce the lamp's lifespan, even with good lamp bead usage. 2. Industrial and mining lamps usage environment considerations:Consider power, color temperature, color rendering index, brightness, and power factor based on the environment. For specialized areas like chemical or food industries, explosion-proof features might be required. 3. Bead quality of LED industrial and mining lights: Determined by chip quality and packaging technology. 4. Driving power supply lifespan in LED mining lights: Typically shorter compared to other parts, impacting the overall lamp lifespan. Lifespan is influenced by design and material selection, usually ranging between 20,000 to 30,000 hours. 5. LED industrial and mining lamp heat dissipation: Heat dissipation is vital for maintaining performance and lifespan. Poor dissipation results in high temperatures, reducing light output and lifespan. Radiators made of high-purity aluminum alloy with thicker thickness and more radiators enhance heat dissipation. Choosing Sunshinelux, choosing the best service and the high-quality products. #ledlighting #floodlight #streetlighting #streetlight #worklight #energysaving #savingenergy #solarenergysolutions #sustainable #solarledlight #outdoorlight #ledlightingsolutions #ledlights #greenenergy #outdoorlighting #costeffective #solarlighting #solarlights #CE #ledlights #ledlamp #rechargeable #lumière #ışığı #ضوء

5×5.12kWh #BSLBATT rack-mounted batteries are housed in a waterproof cabinet and integrated with a #Victron inverter, powering both the home load and the #EV. Like this design? Let us know in the comments! #UK #Solarenergy #batterystorage #energystorage

Bnefits of RadRad radiators; 1) Excellent heat conductors (heat up quickly & retain heat for a long time even after central heating system switched off) 2) Easy to look after and to keep clean & shiny 3) Super durable (more resistant to rust and corrosion) 4) They aren’t the cheapest option, but they do offer value for money, in terms of maintenance and longevity! 5) It’s 100% recyclable (eco-friendly) 6) Over 50% of all new radiators are made from recycled steel 7) Can be made customised in terms of both colour and finish 8) 40% lighter, less raw material consumption, hence higher heat output Thanks to the material that not only performs well, but can be made to look super stylish too #recycling #stainlesssteel #heating #radiator #innovation #netzero #radrad #designer #bathroomdesign #plumbing

Solar black triangle rack mounting. It can used in the flat roof or ground or balcony if with hook. Why is the triangle rack so popular? The triangle rack has many functions, let us know it as below. 1. The triangle rack provides support for the photovoltaic panel, allowing it to be connected in a fixed at a certain angle and in a certain way on the installation surface to receive as much sunlight as possible. 2. Preventing it from being blown by the wind displacement or damage caused by rain or other external forces. 3. Some adjustable triangles can adjust the angle of the photovoltaic panel to adapt to the position changes of the sun under different seasons or weather conditions can improve the power generation efficiency of photovoltaic panels. 4. Beautiful design 5. Black is fashionable, it is adapt to market demand etc... #blacksolartrianglerack #solarpv #solarmountingsystem

As the new year approaches, we're thrilled to introduce our latest Hisolo #solarlighttower, now available in two LED options: 4*100W and 4*150W. We understand that only client-centric innovation can set us apart in the competitive market. Here's how our solar light tower stands out from others👇: 1️⃣ Independent Solar Panel bracket: Our solar panels can be tilted from 30 to 60° and rotated 180°, maximizing sunlight exposure and boosting energy efficiency. 2️⃣ Built-in Cable Design: This feature prevents exposed spring cables beside the mast that can lead to aging and difficulty in retraction. 3️⃣ Enhanced Rust Resistance: We use a hot-dip galvanizing process that makes the zinc coating at least ten times thicker than standard electroplating, significantly improving rust protection. 4️⃣ Compact Body Design: Our streamlined and neat design allows a single container to accommodate up to 14 light towers, saving customers up to 50% on shipping costs. There's more to explore, so feel free to schedule a meeting to see our product and production facility in action. #sustainability #technology #solarlighting #cleanenergy #lightingtowers #constructionsite #stadiumlights

Warm Edge Spacers vs. Aluminum Spacers in IGU Glass: A Comparative Analysis** In Insulated Glass Units (IGUs), the choice of spacer material significantly impacts energy efficiency, particularly in glazed façades and windows. Two common options are aluminum spacers and warm edge spacers, each with distinct characteristics. **Aluminum Spacers:** Aluminum spacers have been widely used for decades due to their durability and structural strength. However, aluminum is a highly conductive material, which leads to greater heat transfer at the edges of the glass. This high conductivity results in increased thermal bridging, which negatively impacts the U-value of the IGU, contributing to higher energy consumption and reduced comfort in buildings. **Warm Edge Spacers:** In contrast, warm edge spacers are made from materials with low thermal conductivity, such as stainless steel, composite plastics, or rubber. These materials significantly reduce heat transfer at the glass boundaries, improving the U-value of the IGU. This reduction in thermal bridging leads to better energy efficiency, lower heating and cooling costs, and improved indoor comfort. **Advantages and Disadvantages:** - **Aluminum Spacers:** - *Advantages:* Strong, durable, widely available. - *Disadvantages:* High thermal conductivity, poor energy efficiency, potential for condensation at edges. - **Warm Edge Spacers:** - *Advantages:* Low thermal conductivity, improved U-value, enhanced energy savings, reduced condensation risk. - *Disadvantages:* Generally more expensive, may have lower structural strength compared to aluminum. International standards like **EN 1279**, **NFRC 100**, and **ISO 10077** emphasize the use of materials that lower U-values, making warm edge spacers a preferred choice for energy-efficient building designs. #FaçadeEngineering #EnergyEfficiency #WarmEdgeSpacers #AluminumSpacers #IGU #BuildingPerformance #Sustainability

🌞 Enhancing Daylighting: A Comparative Study on TDD Dome Materials 🌞 Our latest research highlights the crucial impact dome materials have on the performance of Tubular Daylighting Devices (TDDs) essential tools for sustainable lighting. Key findings: 🔹 Material Matters: Glass domes lose 13% of incident daylight, while acrylic domes see a 30% reduction. 🔹 Complex Interaction: Dome design significantly affects the relationship between solar altitude and daylight transmittance. 🔹 Dust Impact: In arid environments, dust reduced transmittance by up to 30.3%, with glass domes showing 14% more reduction than acrylic domes. These insights pave the way for optimized TDD designs, balancing daylight capture and environmental factors. A must-read for those focused on energy-efficient building solutions! please be free to read through the link below: https://lnkd.in/g9up798g #Sustainability #Daylighting #TubularDaylightingDevice #GreenBuildings #EnergyEfficiency

#S6 20-60W The patented #S6 #solar LED street light features: 1)Besides the main lighting, the special ambient light decorates surroundings. 2)Horizontal/vertical/wall mounted installation available. 3)Microwave sensor and time control optical. 4)The structure around the light emitting surface is optically treated to effectively control the glare and upward light leakage, which minimizes light pollution and protects the environment. 5)Easy and simple to maintain at frontal side. 6)Integrated high-pressure aluminum alloy casting housing, with thickened design, which has better heat dissipation and anti-corrosion ability, and longer life span. Strengthened structure can withstand 4 times of its gravity simple.

🏢✨ Bringing energy and new life to old facades! ✨🏢   We’re thrilled to announce the completion of a transformative project with our partners at Metadecor for Verstegen Sauces & Spices! Together, we’ve turned an outdated facade into a state-of-the-art, energy-efficient powerhouse using ZigZagSolar technology.   Here’s what makes this project so impactful: 🔹 Effective supply of solar energy for buildings with little suitable roof top area. 🔹 Max Solar Harvesting: With solar panels installed on the East, South, and West facades, we capture solar energy all day—from the first light of morning to late afternoon. 🔹 Peak Energy Shaving: This setup optimizes self consumption by maximizing the overlap between consumption and solar supply, leading to consistent solar energy availability, maximum self-consumption, and minimal dependency on the grid. 🔹 Seasonal Efficiency: Our design provides a high yield even in autumn, winter, and spring, making it ideal for the Netherlands’ climate and a real boost for the energy transition! 🔹 Thermal Insulation Upgrade: The building now has high-quality thermal insulation, improving energy savings for cooling in summer and heating in winter.  🔹 The ZigZagSolar-technology allows for a perfect fit of the system in the length and the width of the available facade, allows for attractive solutions for corners, and the integration of windows. Sunscreens are integrated. Available in any colour of choice, prints, ACP, Trespa, Glass, Ceramics, Steel, massive aluminium, etc. ZigZagSolar facades are affordable, high-performance, and good-looking. Not only do they help drive sustainability forward, but they generally also provide an attractive ROI for companies committed to a greener future.   This project is a step toward a cleaner energy landscape, one facade at a time! 🌍💡 In case you are interested in role as investor, partner, importer, building owner, developer, designer, architect or in any other role: feel free to contact us; contact data on our website zigzagsolar.com Below a real picture of the west and the south facade https://lnkd.in/enMiksWn article in #SustainableEnergy #SolarInnovation #EnergyTransition #GreenBuilding #RenewableEnergy