ATSPACE LTD’s Post

🎉 Celebrating 23 Years of Energyline! 🎉 Today, we’re proud to mark 23 incredible years of Energyline. From our humble beginnings in 2002 to becoming an expert voice in the electricity networks industry, this journey has been nothing short of amazing. Over the years, we’ve grown not only in numbers, stature and experience but also in our commitment to innovation, sustainability, and delivering exceptional value to our clients and communities. Highlights of our journey include: ⚡  Supporting Norpower deliver Stage 8 of the Hinkley Point C connection. ⚡ Launching cutting-edge technologies like drones and LiDAR for infrastructure monitoring. ⚡ Achieving carbon-neutral status as part of our sustainability pledge. ⚡ Leading the NeSTS projects on behalf of SSE to develop a new suite of tower types with improved environmental performance and construction impacts, and lower whole life asset costs. ⚡ Over 15,000km of route assessments and studies across the UK and Europe. ⚡ Supporting SSEN in the development of a new suite of 220kV supports, this will be set to be the first use of a new system voltage for overhead lines in the GB network since 1965 (energisation of the Sundon-West Burton 400kV line). None of this would have been possible without the dedication of our talented team, the trust of our clients, and the support of our partners and stakeholders. As we look to the future, we’re excited to continue driving positive change, pushing boundaries, and creating a lasting impact in the electricity networks industry. Thank you for being part of our story. Here’s to the next 23 years of success and innovation! 🎂 #Anniversary #Innovation #Sustainability #Teamwork #OverheadLineDesign #CivilEngineering #Surveying #CableEngineering #GeotechnicalEngineering #PlanningAndEnvironmental #DronesAndLidar #ResearchAndInnovation #ConditionAssessment

If there are proven ways to decarbonize SWRO, then why aren’t more operators adopting these changes? The answer lies in a lack of awareness about true energy costs, focus on upfront costs over long-term savings, and insufficient carbon pricing incentives 💰 ⚙️ Curious about how to overcome these barriers and make SWRO more efficient? Visit our page to explore Danfoss's decarbonization strategies that deliver significant financial and environmental gains 👇 https://bit.ly/4cLdzM1 #Decarbonization #Desalination #EnergyEfficiency #SWRO #Retrofits #HighPressurePumps #WorldRecord

Our company specialises in producing high-quality video content for industrial projects and sustainability initiatives. In 2024, we had the privilege of creating a presentation video for CVA’s solar park in Lazio—one of the most significant facilities contributing to our country’s energy transition. With extensive experience in challenging environments and the use of cutting-edge equipment, including aerial filming systems authorised for flights over critical infrastructure and controlled airspace, we effectively capture not only the technological innovation driving these large-scale facilities but also their positive impact on local communities and the environment. #Sustainability #EnergyTransition #VideoProduction #RenewableEnergy #DroneFilming #AerialFootage

🔍 Dive deep into our latest case study showcasing how Fugro ROAMES® created a precise digital replica of the entire power grid for Counties Energy, optimising efficiency and reliability. 📈 Learn how this innovative solution enhances monitoring, maintenance, and planning, ensuring a sustainable energy future for New Zealand. 🔗 Read the full success story #DigitalTwins

Our Work: Renewable Energy Projects Did you know that aerial mapping plays a vital role in developing renewable energy infrastructure? At the Flint River Solar Farm in Bainbridge, GA, Cooper Aerial contributed to the future of sustainable energy by providing high-precision aerial mapping. Using 7.2cm GSD imagery and 18 PPSM, we delivered detailed 3D planimetric mapping compiled from aerial photography and surface data derived from LiDAR collection. Our expertise helps streamline the planning process for large-scale solar farms, ensuring accurate data for site development while supporting the renewable energy industry's growth. From mapping terrain to providing actionable insights, Cooper Aerial ensures every project is grounded in precision. #CooperAerial #RenewableEnergy #SolarFarms #AerialMapping #Sustainability

In October 2020 ACCIONA took over the concession to construct, maintain and operate São Paulo Metro Line 6. One of the key components of the design process were the microsimulation models developed by MNSolutions using #OasysMassMotion, which enabled the analysis of the infrastructure design and evaluation of their ability to accommodate daily peak hour passenger demands as well as meet safety requirements during emergency evacuation conditions. Read the initial case study here to learn more about how the project began: https://lnkd.in/d2kp-3w #PedestrianSimulation #PeopleMovement #MassMotion #TransportIndustry #TransportPlanning #RailPlanning #PassengerFlow #CapacityScenario #UserExperience

Spacevacinternational 🌍 Spacevac International is revolutionising steam cleaning with our new innovative T.E.S.S system! Introducing a cutting-edge solution that elevates hygiene standards to unprecedented levels. Our system ensures safety, efficiency, and a remarkable return on investment, all tailored for a single user experience. With the ability to swiftly and securely steam/vacuum accumulated grease, oil, dirt, and stubborn stains from high-level areas, we redefine sanitisation through innovation. Experience cleanliness like never before with Spacevacinternational's T.E.S.S system! For more information please connect with one of our team - Bill Prince Claire Fleming Tommie Nisula Kevin Day Ryan Roberts #HygieneInnovation #SteamCleaningRevolution #innovation

Japan's ambitious project to build a space lift, also known as a #SpaceElevator, is a revolutionary concept that aims to provide a more cost-effective and sustainable way to transport humans and materials from Earth to space. The idea is to construct a massive cable, anchored to the Earth's surface, extending into #geostationary_orbit. The Japanese construction company #ObayashiCorporation, in collaboration with #ShizuokaUniversity, has been working on the space lift project and aims to have it operational by 2050. Concept Overview: The space lift concept involves a 96,000 km-long #CarbonNanotube (CNT) cable that stretches through the Earth's atmosphere. At the base of this cable would be the #EarthPort, a gateway to space located on land at the equator and connected to a sea platform by an undersea tunnel. Construction and Mechanics: The construction of the space lift would begin with the delivery of building materials by rocket to #LowEarthOrbit (LEO). A spaceship would then use #electric_propulsion to ascend to geostationary Earth orbit (GEO), simultaneously releasing the CNT cable with thrusters attached to its tip. Once the cable reaches the Earth's surface, the spaceship becomes a counterweight at an altitude of 96,000 km. The #Climber is a wheeled lift designed to ascend and descend the cable, carrying people and materials. It would travel at a speed of 150 km/h, reaching the altitude of the #InternationalSpaceStation (400 km) in about 2.5 hours – comparable to a bullet train journey from #Tokyo to #Osaka. One of the key advantages of the space lift is its potential to reduce the cost and environmental impact of #spacetravel. Without the need for fuel or the production of toxic chemicals, the space lift offers a cleaner alternative to #rocket_launches. Moreover, each launch is estimated to cost only several million #yen, making it significantly more affordable. Space Solar Power System (SSPS): An integral part of the space lift project is the deployment of a #SpaceSolarPowerSystem satellite at GEO. This system would harness solar energy unaffected by Earth's weather, providing an unlimited and free energy source. Just 45 minutes of #solar_radiation is equivalent to the energy humans use in one year. Follow Trending Script for more trending updates! #SpaceElevatorJapan #FutureOfSpaceTravel #InnovationInOrbit #SustainableSpaceLift #JapanSpace2025 #ElevatingHumanity This project represents a bold step forward in space exploration and could redefine how we access space in the future. It's a blend of science fiction dreams and cutting-edge technology coming together to create a new reality. 🚀

🌉 Rogfast Tunnel - Norway’s Engineering Marvel 🌍 🌟 Dive into the Rogfast Tunnel project, set to be the world’s longest and deepest subsea road tunnel. Discover how this engineering masterpiece is enhancing connectivity, driving regional growth, and showcasing Norway’s expertise in sustainable infrastructure. 🚀 🔗 Read the full article on Highways Today: https://lnkd.in/e_hE2esG #ConstructionNews #HighwaysToday #RogfastTunnel #Norway #InfrastructureInnovation #SustainableEngineering #Connectivity #FutureOfTransport

Traditional solar tech may be designed for cubes and flat surfaces, but at mPower we aren’t afraid of a curve. Our DragonSCALES cells are connected in both series and parallel so they can reach high voltages in relatively small areas and the size, shape, and layout of DragonSCALES can be customized to enable nearly complete coverage of any surface area – even curved surfaces! Take our work with Gravitics Inc. Their cylindrical space habitat designs will feature DragonSCALES wrapped on the exterior; this wouldn’t be possible with traditional panels! Read more about this application and beyond in our white paper: https://lnkd.in/gUiFyd7M #spacenews #spaceindustry #spacelogistics #spacemobility #logisticsandmobility #dragonSCALES #mPower #gravitics #solarforspace #solar #panels #curve #energy