Omexom Australia’s Post

🌍 New Heat Network Zoning Maps for England Announced! 🔥 The Department for Energy Security and Net Zero (DESNZ) has published the first set of heat network zoning maps for cities across England! 🏙️ These preliminary maps could shape the future of energy distribution in areas such as: 📍 Birmingham, Bristol, Manchester, London, Liverpool, Leeds, and more! 🚀 While boundaries are still subject to policy alignment, this marks a significant step towards a cleaner, more sustainable energy future. 🌱 techUK is working closely with DESNZ to clarify expectations for potential heat sources and map out the next steps. 🗺️ Data centre operators: if your site is within the affected zones, it’s time to review the maps and get involved! Check out techUK's recent report on data centre heat export to understand the challenges and opportunities. 📅 Don’t miss out on the Tech and Net Zero Conference on 16th October – where we'll dive deeper into how tech firms can play a pivotal role in the UK's net-zero journey. ♻️ 👉 Are your data centres impacted by these new zoning maps? What role do you see data centres playing in heat networks? Let us know your thoughts in the comments! 💬👇 #NetZero #SustainableEnergy #HeatNetworks #TechInnovation #CleanEnergy #GreenTech #DataCentres #EnergySecurity #TechUK #DESNZ #NetZeroGoals #RobsonBale #TechNews

Photovoltaic landscape flowers: Solar flowers, also known as smart photovoltaic flowers or smart photovoltaic flowers, have the characteristics of automatic opening and closing and weather sensing. They also have intelligent functions such as real-time monitoring of equipment data, remote maintenance of equipment, fault warning, and real-time positioning. They are used in smart parks and smart campuses. , smart towns, etc., which not only reduce power consumption but also beautify the environment. #solarenergy #photovoltaicenergy #solarpvflex #green #environment #lowcarbon #sustainable

TRASH TO TREASURE - One aspect of life that has always excited me is to take something that most see as waste and convert it into something useful and vital again. Municipalities can optimize the deployment of Advanced Metering Infrastructure (AMI) by repurposing existing assets. Communication networks already used for services like traffic management or public safety can transmit AMI data, reducing the need for new installations. Similarly, utility poles and streetlights, which are widespread in urban areas, offer ready-made locations for mounting antennas and repeaters, enhancing network coverage without additional infrastructure costs. Existing municipal data centres can be adapted to handle the processing and storage of AMI data. This approach avoids duplicating facilities and streamlines operations. Unused or underutilized municipal buildings present another opportunity for adaptive reuse. These rooftop spaces can be transformed into operational hubs for AMI. Green infrastructure, such as urban parks or green roofs, can also integrate AMI equipment, combining environmental sustainability with improved utility monitoring. The technology can be seamlessly disguised in the environment and be hidden from site. By repurposing existing assets, municipalities can reduce costs, accelerate AMI deployment, and align infrastructure improvements with broader sustainability goals, ensuring smarter resource management and enhanced public services. #metercor #reuse #repurpose #ami #heightassets

Power the future of electric mobility with GIS technology. Optimize EV charging station placement, enhance network efficiency, and drive sustainable transportation infrastructure. #GIS #ElectricVehicles #EVInfrastructure #SustainableMobility #EVCharging #SmartCities #TechForSustainability #GISApplications #GreenEnergy #EVRevolution

New paper published: Enhancing climate resilience in buildings using Collective Intelligence: A pilot study on a Norwegian elderly care center Authors: Mohammad Hosseini, Silvia Erba, Parisa Hajialigol, Mohammadreza Aghaei, Amin Moazami, Vahid Nik Abstract The combined challenge of climate change and population aging requires novel solutions that enhance the resilience of building energy systems and secure indoor comfort for vulnerable occupants in extreme weather conditions. This research investigates the performance of a newly developed Energy Management (EM) system based on Collective Intelligence (CI) and Reinforcement Learning (RL), called CIRLEM, managing the energy performance of an urban complex in Ålesund, Norway, including an elderly care center with decentralized PV generation, EV charging and storage, while connected to a main electricity grid. CIRLEM controls multiple flexibility assets including independent thermal zones (the demand-side agents) and Electric Vehicle (EV) charging stations (the local storage). In a novel approach, CIRLEM coordinates the distributed storage and generation together with the demand side to control energy systems and react collaboratively to environmental variations. Under extreme weather conditions, without applying CIRLEM, the demand can be more than double that of typical weather conditions. The implementation of the double-layer CIRLEM can reduce the total demand by 35 % over a month. Furthermore, the inclusion of photovoltaic (PV) systems allows the system to be independent from the grid for almost 40 % of its operational hours, while adding EV storage can increase it to around 70 %. Finally, the application of CIRLEM reduced overheating hours from 17 h ∙°C to 2 h ∙°C under extreme conditions, while maintaining comfortable conditions even during temperature ramps. Read more details: https://lnkd.in/gZCB7952 #Climateresilience #Agingpopulation #Energyflexibility #Vulnerablepeople #Reinforcementlearning

RESEARCH REPORT: Air Quality Trend Report 2024 - We assess the current trends in #airquality monitoring and improvement, identifying projects, policies and technologies that are aiding cities in creating more liveable and breathable urban environments Libelium #ClimateAction #Data #Environment #Renewables #SDGs #SmartCities https://ow.ly/cvpj50RbJi1

Really important finding! We may be underestimating the impact of mini-grids in achieving universal access to electricity. Besides knowing if a community is electrified or not, we need tools to understand what are the impacts on people´s lives, especially when compared to other technologies like SHS and solar lanterns. That way we can properly value the benefits of investing in mini-grids and in the tools to make optimal use of them

🌏 How can Sweden’s innovation inspire Australia’s energy future? A couple of weeks ago, Amokabel, in collaboration with E.ON Sverige and ONE Nordic AB, installed a 50/52kV #CoveredConductor in southern Öland, Sweden. This project demonstrates how advanced technology can enhance power grid safety, protect biodiversity, and ensure sustainability. Why is this relevant for #Australia? Australia faces unique challenges in its power grid, much like Sweden – extreme weather, vast landscapes, and the need for robust solutions. Here’s how the Swedish experience can translate to the Australian market: 🔒 Increased Safety: Bushfires caused by powerlines are a significant concern in Australia. Covered Conductors dramatically reduce this risk by preventing direct contact between vegetation and lines, ensuring safer operations even in dense bushland. 🦅 Wildlife Protection: Protecting Australia’s diverse bird species is crucial. #CoveredConductors reduce the risk of bird collisions and electrocution, helping preserve our unique biodiversity. ⛈ Weather Resistance: From cyclones in Queensland to storms in Victoria, Australia’s power grid faces extreme weather challenges. Covered Conductors offer resilience against harsh conditions, ensuring fewer outages and improved reliability. ♻️ Efficient Implementation: Leveraging existing infrastructure makes installation faster and more cost-effective – an ideal solution for Australia’s vast and varied energy networks. At Amokabel Australia Pty Ltd, we’re committed to bringing innovative solutions like this to meet the growing demands of the Australian market. Let’s create a safer, more sustainable energy future together!