Fluke Corporation today announced the launch of the Fluke FEV500, an all-in-one testing solution designed specifically for fast DC Level 3 EV charging stations. Unlike traditional AC chargers, these high-powered stations operate at extreme energy levels and rely on complex digital communication protocols, making safety, reliability, and uptime critical concerns for operators.

The FEV500 acts like a virtual electric vehicle, enabling technicians in the field to quickly perform comprehensive safety and operability tests on-site without the cost, complexity, or uncertainty of using an actual EV, helping ensure charging stations remain safe and importantly fully operational.

“With the FEV500, Fluke is redefining how fast DC EV charging stations are tested and maintained,” said Theo Brillhart, Technology Director, R&D at Fluke Corporation. “Fast DC charging is the backbone of the EV transition but the truth is, reliability is still the industry’s weakest link. We built the FEV500 to close that gap. It replaces uncertainty with insight and turns testing from a bottleneck into a competitive advantage. If the EV industry wants to scale, it starts with trust and trust starts with reliability.

One in five charging stations in the U.S. is not operational*, indicating an urgent need to improve the nation’s charging network. For fleet operators, downtime can be costly, and for consumers, reliability is critical. The FEV500 makes testing more efficient by replacing the need for multiple tools – including a digital multimeter, insulation tester, and oscilloscope – while also providing technicians with guided instructions on critical testing criteria.

Key features of the FEV500 include:

• One-Tool Testing: The tool combines performance, interoperability, and safety checks in a single device. The FEV500 is designed to meet ISO 15118 and DIN SPEC70121 international standards for digital communication between electric vehicles and electric vehicle supply equipment.
• EV Simulation: The FEV500 tests the charging infrastructure without requiring an external power source. It can also simulate real-world charging and communication scenarios to validate interoperability and performance.
• Best Practice Standardization: The tool provides actionable data for regulatory compliance, maintenance planning, and performance forecasting. It delivers fast PASS/FAIL results with guided workflows, so technicians have access to best practices for commissioning, maintaining, and troubleshooting a fast DC station without the need for advanced training.
• User-Friendly Interface: Technicians can avoid the need for manual input, as the tool has an intuitive auto-test feature, and test data is input directly to the device. The FEV500 is also portable and provides clear guidance on what to test, even for complex fast DC stations.
• Time-Saving: Fleet operators and technicians can troubleshoot without needing to open the charging station, avoiding costly downtime. All tests can be conducted through a single connection point, with no disassembly required.

Built for field service technicians who are constantly on the move, the FEV500 features a rugged wheeled chassis for easy transport between depots and sites, along with a removable battery that makes it convenient for air travel. Backed by Fluke’s trusted accuracy, the FEV500’s dependable insights give commercial and fleet teams the confidence to keep EV stations running and able to power an always-on, energy-driven world.

For more information and to purchase the FEV500, please visit Fluke FEV500 Fast DC EV Charging Station Analyzer .

About Fluke

As the world leader in test and measurement equipment, software, and service, Fluke is committed to advancing sustainability at a global level. Growth in renewable energy industries requires precision measurement, quality control, and reporting capabilities for installation, maintenance, and service. Every day, Fluke customers stake their reputations on Fluke tools—it’s why they depend on Fluke’s reliability, accuracy, and commitment to help them extend their skills and professionalism.

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* Harvard Business School: The state of EV charging in America

FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website.

Summary:

·       Over 68% of those surveyed acknowledge the EV industry is falling behind on the adoption curve, highlighting sector-wide challenges.

·       40% of respondents predict that widespread charger availability will lag behind demand for up to seven years or longer.

·       44% cite inoperable chargers, and 40% highlight software incompatibility as major hurdles to EV charging infrastructure.

·       32% of respondents cite predictive maintenance, and 31% highlight artificial intelligence as key to a successful EV charging strategy.

EVERETT, Wash., February 19, 2025 — A new Fluke survey released today reveals that while 68% of respondents feel the EV industry is behind the adoption curve, 92% remain confident that current standards and regulations will pave the way for long-term success in EV charging infrastructure.

The Fluke commissioned survey gleaned insights from more than 400 EV charger original equipment manufacturers and technicians in the UK, USA, Germany, and the Netherlands. Survey results also demonstrated that despite incentives throughout the US and Europe, and with strong consumer demand driving EV adoption, 47% of respondents believe the industry is 25–50% behind the adoption curve, while 17% believe it to be more than 50% behind. Notably, 40% of U.S. respondents predict that widespread charger availability won’t meet demand for up to seven years, or longer.

The survey identified charger maintenance as a top concern for the future of the EV industry, with 36% of respondents identifying it as a key challenge. Adding to the complexity, 44% pointed to inoperable chargers as one of the biggest hurdles facing the EV charging infrastructure, closely followed by 40% who cited software incompatibility as a significant obstacle. Compounding these challenges, 88% of respondents highlighted a critical skills gap within the EV workforce, signaling an urgent need for training and development to support the industry's growth.

"I'm encouraged that while 68% of respondents recognize a gap in industry adoption, the survey highlights a strong sense of confidence as industry leaders take proactive steps to address critical challenges," said Alex Chillman, Fluke Vice President of Innovation. "To pave the way for sustained industry growth and innovation, we must prioritize comprehensive worker training and ensure the availability of a reliable, well-maintained charging infrastructure. Charger maintenance also remains a significant concern and addressing it will be essential to meeting the growing demand for electric vehicles."

The survey results underscore Fluke’s call for greater emphasis on proactive maintenance strategies and workforce development to address the skills gap and meet the growing demand for reliable EV charging infrastructure. Respondents identified key factors critical to a successful EV charging strategy, with 32% highlighting predictive maintenance and 31% citing artificial intelligence as essential for optimizing performance.

Additionally, resilient infrastructure design, remote monitoring and diagnostics, and the adoption of standardized best practices were identified as vital for ensuring the reliability, efficiency, and adaptability of the evolving EV charging ecosystem.

"The EV industry is at a defining moment—growth is accelerating, and the demand for reliability has never been higher," said Fluke Chief Product Officer Vineet Thuvara. "Our research reveals a critical need to close maintenance gaps, upskill technicians, and ensure every charging point delivers peak performance. As PDMs (Power Distribution Modules) expand, power quality at every node becomes mission-critical. The path to a sustainable future depends on a smarter, more resilient infrastructure."