- inepro Metering has launched the Tunkia TE1000 and TE1100, portable devices aimed at ensuring the accuracy of EV charging point measurements.
- The absence of mandatory inspection for EV chargers poses significant financial risks due to undetected accuracy errors, which can lead to billing discrepancies.
- The introduction of these devices aligns with emerging regulatory standards in Europe, such as Eichrecht, which demand greater accountability in EV charging measurements.
The introduction of the Tunkia TE1000 and TE1100 by inepro Metering is a timely response to a critical gap in the EV charging infrastructure: the lack of mandatory accuracy testing for charging points. As the electric vehicle market expands, ensuring that charging stations bill accurately is paramount not only for operators but also for consumer trust. The potential for undetected accuracy errors of 2–5% can accumulate significantly across extensive networks, leading to substantial financial losses and customer dissatisfaction. This development is particularly urgent as the industry faces increasing scrutiny and regulatory pressures regarding measurement accuracy.
The Tunkia devices are designed specifically for manufacturers, operators, and inspectors, providing a solution to verify that charging stations are functioning correctly. Unlike traditional gas and water meters, which are subject to regular inspections, EV charging points have historically lacked such oversight. This oversight gap has allowed inaccuracies to persist, often misattributed to hardware or software issues rather than the meters themselves. The introduction of portable testing devices like the Tunkia TE1000 and TE1100 enables on-site verification in just a few minutes, addressing this critical need for accuracy and accountability.
The regulatory landscape is shifting, particularly in Europe, where standards like Eichrecht are pushing for greater transparency and accountability in EV charging measurements. By proactively adopting the Tunkia testers, operators can stay ahead of compliance requirements, avoiding the scramble that often accompanies regulatory deadlines. This proactive approach not only mitigates financial risks but also enhances the credibility of charging networks as they strive to meet evolving regulatory expectations.
Moreover, the Tunkia devices facilitate a comprehensive verification process that spans the entire stakeholder chain. Manufacturers can utilize them during design validation, operators can implement them for ongoing network monitoring, and independent inspectors can conduct third-party audits. This versatility underscores the importance of accurate measurement in maintaining quality control and supporting audits and certifications. As inepro Metering leverages its 33 years of experience in kWh metering and OEM solutions, the Tunkia testers represent a significant advancement in ensuring the integrity of EV charging infrastructure.
