01 Battery Lifecycle Certification Is Extending TIC Beyond New Vehicles The EU Battery Regulation introduces requirements such as battery passports for EV batteries from February 2027, creating additional needs for verification, documentation, and compliance testing. This transition expands TIC opportunities across second-life batteries, recycling processes, carbon-footprint assessment, and battery traceability.
02 Global EV Expansion Is Increasing Demand for Multi-Market Certification The electric vehicle testing, inspection, and certification market analysis shows that international EV expansion is shifting certification requirements from single-market approval toward coordinated testing against different safety, cybersecurity, charging, and homologation standards. This transition increases demand for TIC providers with cross-border testing capabilities and expertise in multiple regulatory frameworks.
01 Tightening EV Functional Safety Requirements and Increasing High-Voltage System Complexity Drive Market Stricter functional safety requirements increase demand for independent testing and certification of EV electrical and electronic systems, including control units, power-management functions, and high-voltage safety mechanisms. Battery management systems, for example, require validation under abnormal voltage, temperature, and current conditions, creating a larger testing workload and encouraging TIC providers to expand specialized EV safety-testing capabilities.More complex high-voltage architectures increase demand for testing services covering electrical performance, insulation, thermal behavior, and component reliability across batteries, inverters, converters, and high-voltage connections. Fast-charging EVs, for example, place greater electrical and thermal loads on these components, creating additional validation requirements and supporting demand for specialized high-voltage and powertrain TIC services.
01 High Cost of Testing and Certification Services and Lack of Harmonized Global Testing Standards Restrain Market Expansion High costs for specialized EV testing, battery validation, safety assessment, and certification services increase compliance expenses for vehicle and component manufacturers. Smaller companies may limit testing programs or postpone certification when budgets are constrained. Consequently, high service costs can slow adoption and restrict market growth.Differences in EV testing and certification requirements across countries can force manufacturers to conduct additional tests and obtain separate approvals for different markets. Repeated testing increases compliance costs and extends product launch timelines. As a result, fragmented standards can slow international expansion and reduce demand for streamlined certification services.
01 Battery Second-Life and Recycling Certification and EV Component Reliability and Durability Testing Offer Growth Opportunities Battery recyclers, second-life battery developers, energy-storage companies, and EV fleet operators are key customers for independent battery assessment and certification. TÜV SÜD and DEKRA provide battery testing and related services across the EV value chain. New revenue streams include battery health testing, safety certification, traceability, and recycling compliance services.EV component manufacturers, battery suppliers, power-electronics companies, and automotive OEMs are key customers requiring validation under thermal, vibration, moisture, and endurance conditions. UL Solutions and TÜV Rheinland offer testing services for EV components and systems. Specialized qualification testing, laboratory services, and recurring certification programs can create higher-value revenue, contributing to electric vehicle testing, inspection, and certification market growth.
01 Battery Safety and Thermal Runaway Risks and Difficulty Scaling Testing Capacity with EV Production Hinders Growth High-energy battery systems require extensive abuse, thermal, crash, and fire-safety testing before commercialization. High-profile EV battery-fire incidents, including recalls involving battery defects such as General Motors’ Chevrolet Bolt EV, have increased scrutiny of battery safety and reinforced the need for more extensive validation.EV production is expanding faster in some regions than the availability of specialized testing capacity, creating scheduling constraints for manufacturers and TIC providers. This mismatch can delay homologation, certification, and product launches while requiring testing companies to invest continuously in laboratories, equipment, and personnel.
June 2026 UL Solutions expanded its battery-powered vehicle testing and certification capabilities to support a wider range of electric mobility applications. The company enhanced its certification services for electric motorcycles, scooters, construction vehicles, agricultural vehicles, and mining vehicles, addressing growing requirements for electrical system safety validation across emerging EV categories.
May 2026 TÜV SÜD expanded its electric mobility testing capabilities through continued development of EV battery, charging infrastructure, and vehicle safety assessment services. The company continued strengthening its global testing network to support automotive manufacturers and component suppliers with compliance testing and certification solutions for next-generation electric vehicles.
April 2026 Bureau Veritas strengthened its automotive testing and certification portfolio by expanding services related to electric vehicle components, battery systems, and charging technologies. The company continued supporting EV manufacturers with conformity assessment, safety testing, and regulatory compliance solutions across international markets.
March 2026 SGS expanded its electric mobility testing solutions by enhancing capabilities for EV batteries, power electronics, and vehicle performance evaluation. The company continued investing in laboratory infrastructure and technical expertise to support manufacturers developing advanced electric vehicles and related components.