Anechoic Chamber
8 PV channels; 4 × 2000 V/200 A, 4 × 300 V/63 A; AC 380 V/200 A; 3 m turntable.
From first prototype to market approval — testing, reports and certification handled end to end.
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8 robot categories and 7 storage formats — from delivery robots to EV chargers — all under one test programme.
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Four ETS-Lindgren 3 m anechoic chambers, two conducted emissions rooms and one EMS immunity laboratory — at our Shenzhen campus.
GTG Group laboratory base: 40,000 m² · 2,000+ instruments
8 PV channels; 4 × 2000 V/200 A, 4 × 300 V/63 A; AC 380 V/200 A; 3 m turntable.
Equipped with a German Schwarzbeck AC/DC 1000 V / 200 A system and two PV LISNs.
EN 61000-4-9/10/12/29/34: pulse/damped magnetic fields, ring waves, DC dips and AC >16 A immunity.
CE, UKCA, FCC, UL, ISED, PSE, KC & more — coordinated by one team, including EU and UK responsible-person service.
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Robotics and energy storage testing, trusted by over 20,000 businesses.
Safety, wireless and EMC testing for global certification of robot vacuums, delivery robots, robotic lawn mowers, drones and other intelligent robots.
End-to-end testing and certification, from cells to complete systems, for home, balcony and mobile energy storage, EV charging stations and UPS systems.
Testing and certification for global markets.
24 certifications
19 certifications
37 certifications
25 certifications
Expertise, equipment and service for global certification.
A professional engineering team led by PhDs, with in-depth knowledge of certification regulations and standards across countries and regions
End-to-end services including consultation, evaluation, pre-compliance assessment, testing, factory audit guidance and training
Comprehensive RF and EMC equipment, including multiple Bluetooth and Wi-Fi testing systems
Independent and impartial, delivering professional, efficient and accurate testing and certification services to every client
40,000 m² of laboratories, 2,000+ instruments, operating 24/7.
EMC, RF, safety, cybersecurity, energy efficiency, reliability, performance, hazardous substances and global certification.
Impartial. Accurate. Efficient.
Global Testing and Certification
Play videoShenzhen GTG Testing Technology Co., Ltd., part of GTG Group, specializes in global testing and certification for intelligent robots, energy storage and related products. Our laboratories operate strictly in accordance with the ISO/IEC 17025 quality management system, providing EMC, RF, safety, cybersecurity, international certificate conversion and energy efficiency testing services.
Shenzhen GTG Testing Technology Co., Ltd. has established comprehensive safety, energy efficiency, EMC and RF laboratories in South China. Facilities include four ETS-Lindgren 3 m anechoic chambers, two conducted emissions rooms and one EMS immunity laboratory, plus multiple testing systems for Bluetooth, 2.4 GHz / 5 GHz / 6 GHz wireless technologies and 2G/3G/4G/5G cellular RF in handheld and desktop devices. We combine the well-known Chinese Dongsheng RF automated measurement system with international communications equipment from Rohde & Schwarz, Keysight and Anritsu for stable equipment performance and accurate test data.
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Serving over 130 countries and regions worldwide
Professional testing and certification solutions for leading clients worldwide
Dedicated support throughout product development, manufacturing and market launch
Certification news and standards updates.
Record sample identifiers, software versions, accessories and operating instructions to make testing preparation and sample handover clearer.
Compile a checklist of the product’s intended use, sales markets, power supply and wireless configuration to help define the testing scope and sample arrangements.
Standardize software versions, operating procedures and change records so different people can reproduce the same sample operating conditions.
List critical components, power supplies and communications configurations by model to reduce document version mix-ups and missing sample information.
A：Engineers check report scope, standard editions, model details and actual integration conditions to determine which evidence can be accepted. Component compliance does not automatically establish compliance of the complete product or installed system.
A：Prepare specifications, circuit diagrams, critical component lists, software versions, protection logic, operating instructions and existing reports. Identify differences between models in the series and specify the target markets.
A：Develop the plan based on target markets, capacity, power, test combinations and existing documentation. Confirm separately the batteries for destructive tests, representative complete products and accessories. Turnaround time follows the project plan established after assessment.
A：Confirm the permitted battery voltage, capacity, cables, protection devices and charging capability. Assess safety, charging time and performance limits after expansion.
A：Agree on battery capacity and condition, charging conditions, ambient temperature, and load power and characteristics, then record how long power is supplied until the specified discharge termination conditions are reached.
A：First specify the topology, output classification and claimed transfer performance, then select operating modes and load conditions. Different designs cannot automatically be considered equivalent in power continuity and dynamic output performance.
A：Engineers check report scope, standard editions, model details and actual integration conditions to determine which evidence can be accepted. Component compliance does not automatically establish compliance of the complete product or installed system.
A：Prepare specifications, circuit diagrams, critical component lists, software versions, protection logic, operating instructions and existing reports. Identify differences between models in the series and specify the target markets.
A：Develop the plan based on target markets, capacity, power, test combinations and existing documentation. Confirm separately the batteries for destructive tests, representative complete products and accessories. Turnaround time follows the project plan established after assessment.
A：First determine suitable simulators or load equipment based on interfaces and protocols. If actual vehicles are needed for interoperability, scenario or model-specific verification, agree on this during planning.
A：Connector specifications, conductor cross-sections, length, temperature sensors and rated current may affect temperature rise and protection. Provide details of the differences and confirm the verification scope.
A：They differ in the location of power conversion, output characteristics and control methods, so select tests for the relevant equipment type. General safety requirements may be coordinated, but a single report cannot automatically cover all configurations.
