While the transition from Internal Combustion Engines (ICE) to Battery Electric Vehicles (BEVs) is a proven “carbon win”—offering up to a 73% reduction in life-cycle emissions—the industry often overlooks the environmental footprint of the charging infrastructure itself.
In this exclusive feature, Viktors Nikolajevs, National Account Manager EVSE at CTEK, argues that the next phase of sustainable e-mobility depends on moving away from “disposable” hardware and toward a modular, repairable future.
The Hidden Cost of Obsolescence
As roadsides and car parks become littered with obsolete or broken chargers, the industry faces a growing electronic waste crisis. A charge point’s true carbon impact is dictated by its longevity. If a unit must be replaced entirely due to a single component failure, the environmental gains of the EVs it serves are partially offset by manufacturing and logistical waste.
The mantra for installers and charge point operators (CPOs) must shift to: “Buy well and buy once.”
Future-Proofing Through Modularity
In response to the EU’s increasing focus on the “Right to Repair,” the next generation of hardware, such as CTEK’s Chargestorm Connected 3 (CC3), is being designed with modularity at its core.
Unlike conventional units that necessitate complete replacement upon failure, a modular approach allows for the swapping of standardized components—such as contactors, RCDs, fuses, and sockets. This architecture offers several strategic advantages:
- Extended Asset Life: Upgrading individual parts rather than replacing the chassis.
- Reduced Groundworks: Dual-outlet models and back-to-back mounting reduce the need for cabling and disruptive groundwork, saving both carbon and capital.
- Maximizing Uptime: High-reliability hardware is essential for consumer confidence; recent data from platform provider eMabler highlighted a 98.6% charging success rate for CTEK hardware.
The “Sovereign” Choice for CPOs
For landlords, local authorities, and destinations, the decision to install EVSE should be viewed through a three-to-five-year lens. Hardware must not only handle today’s software but be robust enough to adapt to the next wave of grid-interaction and charging protocols.
By prioritizing robustness and repairability, the industry can ensure that the infrastructure supporting the green revolution isn’t itself a contributor to the problem it aims to solve.
