The most expensive part of a DC fast-charging station is the power cabinet. It is a big, heavy, grid-connected box full of silicon and copper. The logical, if counterintuitive, response from a startup in Dublin is to ask why you would ever buy more than one.
Go Eve, a 2021 spinout from University College Dublin and Imperial College London, sells DockChain. It is a hardware and software system that lets a single high-power DC charger serve multiple parking spaces through a daisy chain of simpler, lower-cost terminals [UCD Innovation, 2021]. A vehicle plugs into a terminal, and software manages a virtual queue, charging cars sequentially. The company's bet is that this can make the speed of DC charging cost-competitive with the slower, more common AC chargers, while dramatically increasing the number of bays that can offer a fast charge [Go Eve, Unknown]. It is a bet on better utilization of both capital and grid capacity, a very Nordic sort of efficiency.
The hardware wedge
At its core, DockChain is an exercise in unit economics. A property owner or fleet manager needs to charge multiple vehicles, but faces a brutal cost curve: installing a dedicated DC fast charger for every parking space is prohibitively expensive and often constrained by local grid capacity. Go Eve's alternative is one power cabinet feeding a chain of terminals. The terminals are simpler, containing the necessary connectors and communication hardware but not the full power conversion stack, which stays in the central cabinet [Charged EVs, 2026].
The software layer then becomes the traffic cop. It can manage the queue on a first-come, first-served basis, prioritize the vehicle with the most depleted battery, or work with a booking system [Charged EVs, 2026]. For a depot where vehicles return at staggered times, or a public lot where dwell times are longer, the sequential model can match demand without requiring a massive upfront hardware outlay.
An academic pedigree with commercial legs
The company emerged from a classic deep-tech university pipeline. The core technology was developed at Imperial College London’s Dyson School of Engineering and University College Dublin [Go Eve, Unknown]. The founding team blends academic and commercial backgrounds, led by CEO Hugh Sheehy, an entrepreneur who came through the UCD VentureLaunch accelerator [Tech.eu, July 2023]. The technical co-founder is Professor Robert Shorten, a cyber-physical systems expert from Imperial [RocketReach, Unknown]. It is a team built to navigate the path from lab patent to UL certification.
That certification is a non-trivial milestone. Go Eve has achieved UL 2202 (ETL) certification for North America, a crucial gate for selling electrical hardware into the US and Canadian markets [Go Eve, Unknown]. The company reports its generation 2 design is now available in stock from distribution partners there [Go Eve, Unknown]. Early deployments have included an installation by partner UpTime Charger at the Stellantis CTC in Detroit, open to staff and the public [Go Eve, Unknown].
Funding and the path to scale
Go Eve has raised a total of roughly $4.4 million in seed funding to date. A £3 million (approximately €3.5 million) round in July 2023 was led by The Pearl Family Office, with participation from Carter Gem, Automotive Ventures, Kero Development Partners, and Cur8 Capital [Silicon Republic, July 2023]. The company stated this round valued it at £12.6 million [Go Eve, July 2023]. A separate £750,000 award from Innovate UK and private investors followed to develop next-generation technology [Silicon Republic, 2023].
July 2023 Seed | 3.8 | M USD
2023 Innovate UK | 0.95 | M USD
The capital appears earmarked for a North American push, with certification being the pivotal technical hurdle cleared. The company is small, with one source indicating around six employees across four departments as of an unknown date [Prospeo.io, Unknown], which suggests the next phase will involve scaling both the team and deployment partnerships.
The queue management problem
The model introduces a new variable for drivers and site operators: waiting. A pure first-come, first-served queue at a public location could lead to frustration if multiple drivers arrive simultaneously expecting instant charging. Go Eve's software offers tools to mitigate this,priority charging for low batteries or a booking system,but it requires a behavior shift. The system is arguably a more natural fit for predictable environments like fleet depots, corporate campuses, or hotels, where vehicles park for extended periods and charging can be scheduled overnight.
The company's early validation sites hint at this focus, including a mix of passenger cars and commercial vans [EVinfo.net, 2025]. The value proposition shines brightest where the cost of idle vehicles waiting for a charge is a known business expense, and where maximizing the number of chargeable bays within a fixed grid connection is the primary constraint.
The incumbent to beat
Go Eve is not competing directly with the Tesla Supercharger network for highway rest stops. Its real incumbent is the conventional AC charger installed in thousands of parking lots, depots, and apartment buildings. The back-of-the-envelope calculation is simple: if a site needs ten vehicles to have access to charging overnight, is it cheaper to install ten AC chargers or one DC cabinet with ten DockChain terminals? The answer hinges on the cost of the DockChain terminal versus an AC unit, plus the premium a business places on faster charging speeds. If Go Eve can close that cost gap, it makes the faster, more grid-efficient technology the default for multi-bay installations. That is the bet. To win, it must outcompete not the flashy megawatt charger, but the humble, ubiquitous AC plug on a pole.
Sources
- [UCD Innovation, 2021] Go Eve 2021 UCD VentureLaunch Winner | https://www.ucd.ie/innovation/news-and-events/latest-news/go-eve-2021-ucd-venturelaunch-winner/name,599112,en.html
- [Go Eve, Unknown] Home | Go Eve EV Charging | https://www.goeve.com/
- [Charged EVs, 2026] Go Eve Secures US Patent for DockChain | https://chargedevs.com/newswire/go-eve-secures-us-patent-for-dockchain/
- [Tech.eu, July 2023] Ireland's Go Eve raises €3.5 million | https://www.tech.eu/2023/07/10/irelands-go-eve-raises-3-5-million-to-scale-dockchain-ev-charging-system/
- [RocketReach, Unknown] Robert Shorten Profile | https://rocketreach.co/
- [Go Eve, Unknown] UL Certification Announcement | https://www.goeve.com/
- [Silicon Republic, July 2023] Go Eve raises £3m in first seed round | https://www.siliconrepublic.com/start-ups/ev-charging-start-up-go-eve-raises-3m-in-first-seed-funding-round
- [Go Eve, July 2023] Announcing our first round of funding! | https://www.goeve.com/post/announcing-our-first-round-of-funding
- [Silicon Republic, 2023] Go Eve taps £750,000 from Innovate UK | https://www.siliconrepublic.com/start-ups/ucd-joint-spin-out-go-eve-taps-750000-for-advanced-ev-charging-tech
- [Prospeo.io, Unknown] Go Eve Company Profile | https://prospeo.io/
- [EVinfo.net, 2025] Go Eve Validates DockChain on Four Locations | https://evinfo.net/2026/10/go-eve-secures-funding-to-advance-innovative-dockchain-ev-fleet-charging-technology/