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https://www.computerweekly.com/news/366624028/Build-2025-Microsoft-opens-up-Windows-machine-learning
Microsoft's annual developer conference, Build 2025, has given a strong indication of how artificial intelligence (AI) is being fully integrated into the Windows operating system. Windows developers are being given access to the hardware-agnostic AI engine that powers Copilot+ PCs and can tune the engine using their own training data, to optimise it when integrated into their own applications.
431865
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https://www.highereddive.com/news/how-campus-investments-in-digital-buildings-can-fund-future-sustainability/748488/
This audio is auto-generated. Please let us know if you have feedback. sponsored by the International District Energy Association. Smarter digital systems empowered the University of Wyoming to tame its campus energy "spreadsheet from hell" and Georgia Institute of Technology to lock in $12 million in guaranteed savings through building automation, Garcia and Johnson Controls Director of Sustainable Advisory Services James Rosner said.
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https://www.heraldscotland.com/news/25177367.green-light-major-scottish-battery-energy-storage-park/?ref=rss
A Scottish energy company has been granted permission for a 100 megawatt battery energy storage park. It marks the company's first major planning approval of this year 2025 and follows a "strong finish to 2024" with 350 megawatts of storage projects consented across North Ayrshire, North Lanarkshire, and the Highlands.
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https://www.heraldscotland.com/news/25177148.pictures-show-proposed-wind-farm-might-look-gourock/?ref=rss
The group is leading opposition to the Giant's Burn proposals, put forward by developers Statkraft. The Giant's Burn plans were the focus of a single-issue meeting of Gourock Community Council (GCC) last week, with members of the group expected to come to a final decision on whether to support or oppose the plans at a further meeting on Monday night.
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https://www.solarpaces.org/published-at-energy-optimization-on-thermal-performance-of-the-cavity-shaped-porous-solar-receivers/
Abstract: This study investigates the thermal performance of cavity-shaped porous solar receivers (C-PSR) designed to reduce peak solid temperature and re-radiation losses by optimizing the matching between the heat transfer fluid mass velocity and concentrated solar flux. In this study, a C-PSR prototype was fabricated and evaluated on an indoor sun simulator platform to validate the heat transfer model.
