Geomechanics.io

  • Free Tools
Sign UpLog In

    Geomechanics.io

    Geomechanics, Streamlined.

    © 2026 Geomechanics.io. All rights reserved.

    Geomechanics.io

    CMRR-ioGEODB-ioHYDROGEO-ioQCDB-ioFree Tools & CalculatorsBlogLatest Industry News

    Industries

    MiningConstructionTunnelling

    Company

    Terms of UsePrivacy PolicyLinkedIn
    Product
    Projects

    Schneider’s 720kW StarCharge Fast 720: depot design and load notes for engineers

    May 7, 2026|

    Reviewed by Tom Sullivan

    Schneider’s 720kW StarCharge Fast 720: depot design and load notes for engineers

    First reported on The Construction Index

    30 Second Briefing

    Schneider Electric has introduced its StarCharge Fast 720 system to the UK, delivering up to 720kW DC and simultaneously charging up to 12 EVs for fleet and heavy-duty transport depots. The unit operates at 97% efficiency and uses dynamic load management to optimise charging across mixed vehicle types while a decentralised layout allows up to six dispensers to be sited within 80m of a single Boost Pro+ Power Cabinet, limiting grid connection points and installation works. Remote monitoring via the EcoStruxure Energy Asset Portal and 24/7 support target high-availability, mission-critical charging yards.

    Technical Brief

    • StarCharge Fast 720 is aimed specifically at commercial, industrial and fleet depot installations, not retail forecourts.
    • Architecture separates Boost Pro+ Power Cabinet from up to six satellite dispensers to decouple grid and parking layouts.
    • Dispensers can be distributed within an 80 m radius, easing integration around existing yards, buildings and traffic flows.
    • Fewer grid connection points reduce DNO interface works, trenching and switchgear compared with multiple standalone chargers.
    • Decentralised layout and cabinet siting strategy are intended to cut perceived acoustic impact in noise‑sensitive depots.
    • EcoStruxure Energy Asset Portal enables remote condition monitoring and fault response without on‑site electrical staff presence.
    • Lifecycle package includes tailored maintenance plans, relevant for operators needing guaranteed uptime for duty‑cycle‑critical fleets.
    • For large logistics or construction plant depots, the topology suits phased expansion of charging capacity without major re‑cabling.

    Our Take

    Schneider Electric’s use of the EcoStruxure Energy Asset Portal here links directly to its broader software‑defined automation push seen in the EcoStruxure Foxboro launch (10 Feb 2026), signalling that high‑power EV infrastructure is being folded into the same digital control and optimisation stack as process plants.

    The 720 kW, 12‑vehicle configuration and 80 m dispenser radius are well suited to depot‑style layouts for mining or construction fleets in the UK, where operators often retrofit constrained brownfield yards and need to minimise new high‑voltage connection points.

    In our database of 814 Infrastructure stories, Schneider Electric increasingly appears not just as an equipment vendor but as a systems integrator for energy efficiency, and this mirrors its MoU with Codelco (3 Feb 2026) where electrified fleets and power‑quality management are central themes.

    Geotechnical Software for Modern Teams

    Centralise site data, logs, and lab results with GEODB-io, CMRR-io, and HYDROGEO-io.

    No credit card required.

    • Save and export unlimited calculations
    • Advanced data visualisation
    • Generate professional PDF reports
    • Cloud storage for all your projects

    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

    Related Articles

    National Grid TBM under the Thames: tunnelling design and risk notes for engineers
    Infrastructure
    in 7 months

    National Grid TBM under the Thames: tunnelling design and risk notes for engineers

    A 271.5‑tonne Herrenknecht Mixshield TBM, Caroline, has started driving a 2.2km electricity cable tunnel with a 4m internal diameter beneath the River Thames in Essex for National Grid’s Grain to Tilbury project, delivered by the Ferrovial BEMO joint venture. The drive will pass through variable Thames estuary ground conditions between 35m‑deep launch and reception shafts of 15m and 12m diameter, with tunnelling continuing into 2026 and overall scheme completion targeted for 2029. The new tunnel will replace the 1969 Thames Cable Tunnel and carry new high‑voltage circuits between Grain and Tilbury substations.

    Panama Canal Mixshield undercrossing: design and tunnelling lessons for engineers
    Infrastructure
    in 7 months

    Panama Canal Mixshield undercrossing: design and tunnelling lessons for engineers

    A 13.46m diameter Herrenknecht Mixshield TBM has broken through into the future Balboa station on Panama Metro Line 3 after completing the first-ever TBM undercrossing of the Panama Canal at depths exceeding 60m below sea level. The 5,600kW, 26,616kNm machine, fitted with an accessible cutterhead and more than 4,500 sensors linked via the Herrenknecht.Connected platform, has achieved peak advance of 150 segment rings (about 300m) per month through mixed sandstone, tuff, breccias and basalt. Around 1.5km of the 4.5km twin-track tunnel remains to final breakthrough.

    Hudson Tunnel funding deadline: schedule and risk takeaways for project teams
    Infrastructure
    in 6 months

    Hudson Tunnel funding deadline: schedule and risk takeaways for project teams

    Federal funding for New York’s US$16bn Hudson Tunnel Project has been frozen, forcing the Gateway Development Commission to suspend works from 6 February after spending over US$1bn and employing about 1,000 site workers. A Manhattan federal judge has issued a temporary restraining order, giving the administration until 5 p.m. on 12 February to restore reimbursements or appeal, while contractors warn that demobilisation, resequencing and remobilisation will add cost and delay. Sites are now in “safe-pause” mode, with dewatering, ground support and environmental monitoring maintained, and assembly of two Herrenknecht TBMs in New Jersey likely to slip beyond the planned spring 2026 launch without funding certainty.

    Related Industries & Products

    Construction

    Quality control software for construction companies with material testing, batch tracking, and compliance management.

    Mining

    Geotechnical software solutions for mining operations including CMRR analysis, hydrogeological testing, and data management.

    CMRR-io

    Streamline coal mine roof stability assessments with our cloud-based CMRR software featuring automated calculations, multi-scenario analysis, and collaborative workflows.

    HYDROGEO-io

    Comprehensive hydrogeological testing platform for managing, analysing, and reporting on packer tests, lugeon values, and hydraulic conductivity assessments.

    GEODB-io

    Centralised geotechnical data management solution for storing, accessing, and analysing all your site investigation and material testing data.

    AllGeotechnicalInfrastructureHazardsEnvironmental