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New Fluke FEV500 Redefines Testing for Fast DC Electric Vehicle Chargers, Eliminating Costly Downtime

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Fluke, associated with FTV, launched the FEV500, an all-in-one analyzer for fast DC Level 3 EV charging stations. Acting as a “virtual EV,” it combines safety, communication, and interoperability tests in one tool to support charger reliability and uptime.

The FEV500 supports ISO 15118 and DIN SPEC70121, simulates real-world charging scenarios, provides guided PASS/FAIL workflows, offers auto-test and onboard data entry, and enables testing from a single connection point without opening the charger, helping fleet operators and technicians reduce costly downtime.

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News Market Reaction – FTV

-0.07%
-0.07% Session close to close

In the May 12 session, FTV declined 0.07%, reflecting a mild negative market reaction.

Data tracked by StockTitan Argus on the day of publication.

Market Context

This announcement introduces the Fluke FEV500, a DC Level 3 EV charging station analyzer that consol...
Analysis

This announcement introduces the Fluke FEV500, a DC Level 3 EV charging station analyzer that consolidates safety, interoperability, and performance testing into one tool and supports standards like ISO 15118 and DIN SPEC70121. It follows a series of updates on digital maintenance adoption, capital returns, and solid Q1 2026 results. Investors may watch how quickly fleet operators and charging networks adopt the tool and whether it meaningfully contributes to Intelligent Operating Solutions growth.

Key Figures

Offline charging stations: 1 in 5 stations Charger level: DC Level 3 Standard ISO 15118: ISO 15118 +1 more
4 metrics
Offline charging stations 1 in 5 stations Share of charging stations reported as not operational in the U.S.
Charger level DC Level 3 Targeted fast DC EV charging station category for FEV500 testing tool
Standard ISO 15118 ISO 15118 International standard for digital communication between EVs and charging equipment
Standard DIN SPEC 70121 DIN SPEC70121 International specification for EV-to-charger digital communication

Historical Context

5 past events · Latest: May 07 (Positive)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
May 07 Industry survey update Positive +0.8% Fluke survey showed doubling of predictive maintenance adoption and higher digital spend.
May 05 Conference appearance Neutral +1.0% Announcement of Fortive presentation at Wolfe Research transportation and industrials conference.
May 04 Share repurchase update Positive +1.8% Board increased general authorization, leaving 20M shares available plus special program balance.
Apr 30 Q1 2026 earnings Positive -3.2% Reported revenue of $1.07B, solid margins, buybacks, and reaffirmed full-year EPS guidance.
Apr 28 Leadership/governance Neutral -0.4% Former CEO Jim Lico named operating advisor at CD&R, highlighting his Fortive track record.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Recent company news, including surveys, conferences, buybacks, and Q1 results, most often aligned with modest positive next-day moves, with earnings the notable negative divergence.

Recent Company History

Over the last few weeks, Fortive has highlighted digital adoption trends, capital markets visibility, capital returns, and solid Q1 fundamentals. A May 7 Fluke survey on predictive maintenance coincided with a 0.83% gain, and a May 5 conference announcement saw a 1.02% move. The April 28 buyback authorization news preceded a 1.78% rise, while strong Q1 2026 results on April 30 were followed by a -3.17% decline. Today’s product-focused Fluke launch fits the pattern of operational and portfolio-related updates.

Key Terms

iso 15118, din spec70121
2 terms
iso 15118 regulatory
"The FEV500 is designed to meet ISO 15118 and DIN SPEC70121 international standards for digital communication"
ISO 15118 is an international technical standard that defines how electric vehicles and charging stations communicate digitally to exchange authentication, billing and charging control information. It matters to investors because the standard enables seamless, secure “plug‑and‑charge” experiences, interoperability across hardware and networks, and new revenue or grid‑service opportunities—think of it as the secure handshake and payment app that lets a car and charger work, bill and coordinate intelligently.
din spec70121 regulatory
"designed to meet ISO 15118 and DIN SPEC70121 international standards for digital communication"
DIN SPEC 70121 is a technical specification that defines how an electric vehicle and a public DC fast charger talk to each other to start, control and stop a charging session. Think of it as a standardized “handshake” and set of rules that make sure cars and chargers can communicate reliably; investors care because broader, reliable compatibility lowers costs, speeds deployment of charging networks, and enables advanced services like smart charging and billing.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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As one in five charging stations sits offline, Fluke’s new FEV500 acts as a “virtual EV,” combining safety, communication, and interoperability checks in one tool - bringing data-driven reliability to the world’s fastest-growing charging segment

Everett, Washington, May 12, 2026 (GLOBE NEWSWIRE) -- 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.

Attachments



Dave Smith
Fluke Corporation
dave.smith@fluke.com

FAQ

What is the Fluke FEV500 fast DC EV charging station analyzer for FTV investors?

The Fluke FEV500 is an all-in-one tester for fast DC Level 3 EV chargers. According to Fluke, it acts as a “virtual EV,” combining safety, communication, and interoperability checks to help keep high-power charging stations reliable and operational.

What key features does the Fluke FEV500 offer for testing fast DC EV chargers?

The FEV500 provides one-tool performance, interoperability, and safety checks plus EV simulation without external power. According to Fluke, it supports ISO 15118 and DIN SPEC70121, delivers guided workflows, auto-test capability, onboard data input, and portable, rugged design for field technicians.

How does the Fluke FEV500 simulate an electric vehicle during DC fast charger testing?

The FEV500 operates as a “virtual EV,” emulating real-world charging and communication behavior. According to Fluke, this lets technicians validate interoperability and performance directly at the DC fast charging station without connecting an actual vehicle or external power source.

What standards does the Fluke FEV500 support for DC fast charger communication testing?

The FEV500 is designed to meet ISO 15118 and DIN SPEC70121 standards for EV-to-charger communication. According to Fluke, this helps ensure fast DC charging stations comply with key international protocols and operate reliably across different vehicles and networks.

Why might the Fluke FEV500 be important for reliability of DC fast chargers as FTV expands in EV markets?

Fluke notes that about one in five charging stations is not operational, highlighting reliability issues. According to Fluke, the FEV500 provides standardized, data-driven testing that supports regulatory compliance, maintenance planning, and performance forecasting for fast DC charging infrastructure.