Latest
21h agoFriuli Venezia Giulia Council Backs Adaptive Streetlight Study After €156.6M Udine Crash Toll 21h agoNYC Department of Transportation Ends Automotus Curb Camera Pilot on the Upper West Side 21h agoAomori Prefecture Installs 12 AI Bear-Detection Cameras In Hakkoda Mountains After Fatal Attack 21h agoAjuntament d’Olot Puts Sewer Cameras and GIS Mapping on 161 Km Network 21h agoCity of São Paulo’s Smart Sampa Contract Allows €10.4M Fine After Data Exposure 21h agoHonolulu Emergency Management Plans $300K Flood Detection Pilot By June 2027 21h agoPuigcerdà Council Funds €373,000 Water Network Upgrade 22h agoRegione Basilicata Opens €18.8M Public Lighting Call For Comuni And Two Provinces 22h agoARENA Commits A$4M To JET Charge For Up To 130 V2G Fleet Vehicles In The ACT YesterdayInnovate UK And Private Investors Commit £750K To Go Eve’s DockChain Multi-Bay EV Charging
Kurrantly News · Weekly briefingThe week in smart cities and utilities, in one email
Share
Street Lighting · Poland

Gradis to Develop AI Powered Management System for Tauron’s 700,000 Light Points

Kurrant News Desk · ·1 min read

Gradis, a company within InnoEnergy’s investment portfolio, has signed an agreement to create an IT management concept for Tauron Group’s 700,000 light points. The project aims to modernize and optimize the lighting infrastructure, leveraging advanced technologies, including AI, to enhance efficiency and reduce energy consumption.

The agreement involves a comprehensive business analysis of Tauron’s existing lighting system, which includes over 700,000 light points. Gradis will use process mapping to design a new IT system architecture, integrating AI models to streamline the management of Tauron’s lighting assets. The system is expected to improve operational efficiency and significantly cut energy usage.

Gradis brings expertise in developing innovative software for street lighting systems, which has already been implemented in cities like Krakow, Wroclaw, and Tbilisi, as well as smaller municipalities across Poland. The company claims that its proprietary technology has demonstrated the ability to accelerate photometric conversions by 97% and reduce energy consumption by up to 81%.