Connecting the Future
As the demand for power intensifies across the UK, grid connections have become one of the most critical and complex considerations for modern development. From large‑scale commercial schemes and logistics hubs to electric vehicle (EV) charging networks and renewable energy projects, access to reliable electricity can determine whether a development succeeds or stalls. Against this backdrop, Independent Connection Provider (ICP) services are no longer a supporting function. They are a strategic enabler.
That is why ICP capability will be firmly in focus at the UK’s Real Estate Investment and Infrastructure Forum (UKREiiF) this May, where TSG will be showcasing its end‑to‑end expertise in delivering compliant, cost‑effective and future‑ready grid connections.
UKREiiF: Where Infrastructure Decisions Take Shape
From 19 to 21 May 2026, more than 16,000 developers, investors, local authorities and built environment specialists will come together in Leeds to shape the next phase of UK property and infrastructure. UKREiiF is not just a place to talk about ambition. It is where decisions are made, partnerships are formed and projects move forward.
In an increasingly electrified economy, those conversations are changing. Grid capacity, connection timescales and energy resilience are now front‑of‑mind for anyone planning new schemes or upgrading existing assets. ICPs play a pivotal role in unlocking progress, and TSG’s presence at UKREiiF is designed to help attendees navigate that complexity with confidence.
Why ICP Services Matter More Than Ever
The pressure on the UK’s electricity networks is growing. The electrification of transport, decentralised renewable generation and rising energy demand across industry and commerce are challenging existing infrastructure. For developers, delays or uncertainty around grid connections can have a direct impact on viability, funding and delivery schedules.
ICPs offer a smarter route to connection. By delivering contestable works on behalf of clients in coordination with Distribution Network Operators (DNOs) and Independent Distribution Network Operators (IDNOs), ICPs bring flexibility, speed and commercial certainty to schemes that might otherwise be subject to lengthy delays.
TSG delivers its ICP services under full accreditation with the National Electricity Registration Scheme (NERS). This enables TSG to manage high (HV) and low‑voltage (LV) connections safely, efficiently and fully in line with regulatory requirements, while giving clients far greater control over timescales and costs.
A Fully Integrated Approach to Grid Connections
What sets TSG apart is its fully integrated delivery model. Rather than fragmenting responsibility across multiple contractors, TSG manages the entire grid connection process under one roof. From the initial feasibility study and network applications through to civil works, cabling, substations, testing and energisation, every stage is coordinated by experienced in‑house teams.
Design plays a central role. TSG’s qualified and accredited engineering team is involved from the outset, performing detailed site assessments, load calculations and compliance checks. Early design involvement allows risks to be identified and mitigated before they become delays, while ensuring that each connection is sized to meet current demand and planned expansion.
This approach is particularly valuable for complex or time‑sensitive programmes, where misalignment between stakeholders can result in costly overruns. By acting as a single point of accountability, TSG simplifies delivery and gives developers clarity from day one.
Beyond the Connection: Enabling Modern Energy Infrastructure
ICP services rarely exist in isolation. They are often the gateway to wider infrastructure investment, whether that is EV charging, large‑scale solar or battery storage integration.
TSG’s ICP capability is tightly aligned with its broader energy expertise. As both an accredited ICP and an experienced engineering, procurement and construction contractor, TSG designs and delivers connections that support EV charging networks, decentralised renewable generation and energy‑intensive commercial environments.
HV and LV installations are engineered to work seamlessly with on‑site solar photovoltaic (PV), battery energy storage systems and smart energy management platforms. This integrated thinking empowers clients to reduce reliance on the grid, improve resilience and optimise long‑term operational performance.
Compliance, Accreditation and Confidence
Grid connections are high‑risk, safety‑critical works, and accreditation matters. TSG holds full NERS accreditation, administered by Lloyd’s Register Quality Assurance, which confirms its competence to design and construct contestable works on UK electricity networks. This accreditation is recognised by all DNOs and assures clients that every connection is delivered to the highest standards.
As an ICP, TSG also manages liaison with DNOs and IDNOs, coordinating approvals, inspections and energisation. This ensures that even the most complex undertakings progress smoothly through the regulatory landscape.
For clients, this level of governance provides peace of mind. It reduces technical risk, strengthens programme certainty and protects investment.
Meet Dave Jackson: Your ICP Specialist at UKREiiF
At the heart of TSG’s ICP services is Dave Jackson, Director of TSG Power. With 17 years at Scottish and Southern Energy and a track record of building successful ICP divisions from the ground up, Dave brings a rare depth of knowledge to grid connection strategy and delivery.
Dave understands where schemes succeed and where they fail. His experience spans HV infrastructure, developer‑led connections and large‑scale energy commissions, giving him a practical perspective on how to secure capacity, manage risk and deliver within tight commercial constraints.
At UKREiiF, Dave will be available to discuss real‑world challenges facing developers, local authorities and investors. From navigating contestable and non‑contestable works to planning for forecast demand and grid constraints, he offers clear, informed answers grounded in experience rather than theory.
For anyone grappling with power availability, connection delays or complex site requirements, a conversation with Dave Jackson could be the difference between progress and paralysis.
Planning Early to Protect Asset Value
One of the most common risks in grid connection delivery is delay caused by late engagement. As electricity demand increases across the UK, securing capacity has become more competitive. In some areas, power must be secured well in advance or risk being unavailable when developments move to delivery.
TSG works with clients to engage early, assess options and explore alternatives such as flexible connections or new supplies rather than reinforcing existing ones. This strategic approach is particularly valuable for large sites, depots and mixed‑use initiatives where long‑term energy needs can evolve over time.
By planning ahead, developers protect timelines and value while avoiding costly redesigns further down the line.
Building Infrastructure That Lasts
Installation is only part of the story. Sustained performance depends on ongoing support. TSG provides tailored maintenance and testing programmes to ensure infrastructure remains safe, compliant and operational throughout its lifecycle. These services include routine inspections, diagnostics and emergency response where required.
For clients operating mission‑critical environments, this commitment to aftercare reinforces reliability and reduces operational risk.
UKREiiF 2026: Start the Conversation
ICPs may operate behind the scenes, but their impact is felt across every element of modern infrastructure investment. At UKREiiF 2026, TSG will demonstrate how smarter, faster and more integrated grid connections can unlock opportunity, reduce risk and support sustainable growth.
Visit TSG at UKREiiF and speak with Dave Jackson to understand how ICP services can power your next development and secure the electricity it needs to succeed today and in the long term.
