Event details
Rail forms the backbone of a low-carbon UK transport system, yet the network faces immense pressure to phase out diesel traction and hit net-zero targets. Meeting these goals requires balancing tight public funding with massive capital upgrades, including alternative traction (battery and hydrogen), smart energy systems at stations, and mandatory biodiversity laws along thousands of miles of lineside land. This track highlights innovative funding routes, digital twin energy tracking, and sustainable land management to deliver a greener network.
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Times are displayed in BST
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08:55 AM - 09:40 AM
Funding the Electrification Gap: Green Finance for Rolling Stock
This panel addresses the financial challenge of modernising the UK rolling stock fleet amidst constrained public budgets. Infrastructure investors, green finance specialists, and rolling stock leasing companies (ROSCOs) will explore alternative funding routes to bridge the electrification gap. The session will focus on how private capital, green bonds, and structured sustainability frameworks can fast-track the acquisition of battery, hydrogen, and bi-mode trains to replace legacy diesel fleets.Key Discussion Points- Unlocking Private Capital: Structuring low-risk, high-impact investment frameworks to attract private equity and green finance into rail decarbonisation.
- The Future of ROSCO Procurement: How rolling stock leasing models are evolving to absorb the technological and financial risks of alternative traction.
- Evaluating the Cost of Delay: Balancing the long-term environmental and operational costs of maintaining diesel stock against the upfront capital needed for upgrades.
- Blended Finance Mechanisms: Practical pathways for combining public sector funding with commercial green loans under Great British Railways.
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09:50 AM - 10:35 AM
Delivering Biodiversity Net Gain (BNG) Across the Lineside Estate
This panel explores the operational realities of meeting mandatory Biodiversity Net Gain (BNG) regulations across the UK’s vast lineside estate. Environmental managers, lineside ecologists, and asset protection leads will discuss how to turn thousands of miles of rail corridor into a thriving ecological asset. The session will focus on standardizing habitat measurement, balancing nature recovery with strict line-of-sight safety rules, and integrating BNG targets directly into capital infrastructure projects.Key Discussion Points- Navigating BNG Mandates: How rail lineside managers are adapting to statutory requirements to measure, enhance, and sustain local ecosystems.
- Safety vs. Sequestration: Balancing lineside vegetation management for driver visibility and overhead line protection with biodiversity enrichment goals.
- Data-Driven Ecology: Utilizing drone imaging, satellite data, and AI-mapped environmental baselines to track habitat development over multi-year horizons.
- The Lineside Bio-Corridor: Practical strategies for transforming continuous rail land into connected wildlife pathways that support regional nature recovery networks.
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10:45 AM - 11:30 AM
Smart Stations: IoT, Digital Twins, and Real-Time Energy Optimisation
This panel shifts focus to the built environment of the rail network: the stations. Station operators, smart systems engineers, and digital twin innovators will discuss how integrating Internet of Things (IoT) sensors and virtual asset modeling can transform energy management. The session will explore how station hubs can use real-time data to automate microgrids, minimise energy waste, and optimize heating, lighting, and ventilation without degrading the passenger experience.Key Discussion Points- The Living Digital Twin: Building virtual replicas of major stations to track, simulate, and optimize real-time carbon and energy performance.
- IoT at Scale: Deploying low-power sensor networks to monitor everything from escalator power surges to ambient platform lighting needs.
- Stations as Energy Hubs: Integrating smart microgrids, battery storage, and localized renewable generation (like solar canopies) into legacy station architecture.
- Predictive Facilities Management: Leveraging data analytics to predict HVAC failures and optimize energy loads before spikes occur.
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11:40 AM - 12:25 PM
Moving Beyond Diesel: Battery, Hydrogen, and Alternative Freight Fleets
This panel addresses the operational and technological hurdles of eliminating diesel traction from passenger and heavy freight networks. Fleet directors, rolling stock manufacturers, and freight operators will debate the viability of battery and hydrogen alternatives where full electrification is unfeasible. The session will focus on scaling alternative fuel infrastructure, overcoming weight and range constraints for heavy rail freight, and creating a unified transition strategy under Great British Railways.Key Discussion Points- Battery vs. Hydrogen: Mapping out the distinct roles of battery-electric and hydrogen fuel cell technologies across regional passenger lines.
- The Heavy Freight Challenge: Navigating the immense power, range, and weight requirements needed to successfully transition freight locomotives away from diesel.
- Refuelling and Charging Infrastructure: Overcoming the logistical barriers of deploying high-power charging points and hydrogen storage across legacy depots.
- Bridging the Transition: Evaluating the role of bi-mode and tri-mode fleets as a reliable stepping stone toward a zero-emission network.