TE1000-DC-EU EV Charger Energy Standard

TE1000-DC-EU is a standard instrument designed for real-time electrical energy measurement during EV charger operation, with power and energy accuracy of Class 0.05 / 0.1. This device, used with an EV as the load, performs metrological verification and energy checks on European-standard off-board chargers with CCS2 interfaces (per IEC 62196-3 Configuration EE). Compared with conventional solutions, it offers superior portability, ease of use, and higher testing efficiency.
  • TE1000

  • TUNKIA

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1. Overview

TE1000-DC-EU is a standard instrument designed for real-time electrical energy measurement during EV charger operation, with power and energy accuracy of Class 0.05 / 0.1.

This device, used with an EV as the load, performs metrological verification and energy checks on European-standard off-board chargers with CCS2 interfaces (per IEC 62196-3 Configuration EE). Compared with conventional solutions, it offers superior portability, ease of use, and higher testing efficiency.

Benefits

  • Ultra-lightweight and portable design, enabling single-operator verification and significantly improving testing efficiency

  • Wide dynamic measurement range, minimizing measurement risks caused by load fluctuations during dynamic EV charging

  • Millisecond-level energy refresh rate, reducing errors introduced by voltage and current fluctuations under dynamic load conditions and improving accumulated energy accuracy

  • Powered directly from the charging connector, no external power supply required during testing

  • Reliable sampling: voltage sampling point located close to the charging connector to minimize errors caused by line losses

  • IP54 protection rating with professional environmental adaptability, ensuring reliable operation in complex working conditions

  • Built-in encryption chip for full-process data encryption

2. Features

Features

  • DC Electrical Parameter Measurement (DC version only)

    DCV measurement range: 200 V~1200 V

    DCI measurement range: 0.1 A~400 A

    Best measurement uncertainty (k=2): 0.025%*RD (Class 0.05) / 0.05%*RD (Class 0.1)

  • Standard Electrical Energy Measurement

    Power and energy accuracy: Class 0.05 / Class 0.1

    Supports two energy verification methods: Pulse method / Accumulated energy method

    Using the pulse method, energy error is automatically displayed with a resolution of 0.000 1%

    Using the accumulated energy method, the minimum accumulated energy display resolution reaches 0.000 001 kWh

    Millisecond-level energy refresh rate, meeting metering requirements under fluctuating loads during EV charging

    Minimum accumulated energy required to ensure specified accuracy: 0.1 kWh

    Supports forward energy, reverse energy, and total energy measurement, compatible with V2G mode

  • Multiple Communication Interfaces

    Built-in Bluetooth, and satellite time synchronization modules, equipped with a Type-C interface for versatile communication

    Supports real-time upload of U / I / P / E / time / latitude and longitude data

  • Compact and Easy to Use

    Weight: approx. 2.8 kg

    Convenient mobile app operation, suitable for single-operator use

  • Various Accessories

    Optional precision real-time clock and temperature & humidity meter

    Supports clock timing error testing and ambient temperature and humidity measurement

3. Applications

Applications

  • Used with new energy vehicles to efficiently perform on-site verification of EV chargers

  • Conducts operate error testing during charging, with remote automatic upload and encrypted transmission of test data

  • Supports handling public complaints, on-site law enforcement inspections, and resolution of metering disputes

  • Assists in EV charger operation and maintenance testing to ensure compliant metering performance

  • Performs metering performance testing and verification during EV charger R&D and development processes

TE1000-EU Charger Energy Standard.png

4. Appearance

TE1000-DC-EU Charger Energy Standard 3.png

No.

Name

Description

1

Housing

Instrument enclosure

2

Charging Connector

CCS2 vehicle connector – connects to the EV

3

Charging Socket

CCS2 vehicle socket – connects to the charger under test

4

Cooling Vent

Fan outlet for dissipating heat generated during operation

5

Power Switch

Power switch with indicator light

6

Status Indicator Lights

Assist in determining the various operating states of the instrument

7

Dust and Rain Cover

Prevents foreign objects and water splashes from entering the instrument interfaces

8

Pulse Interface

BNC interface for pulse input and output

9

Type-C Port

Used for device charging and data transfer

10

4G Card Slot

Reserved function

5. Specifications

5.1 DC Voltage Measurement (DCV)

Range

Minimum Resolution

Absolute Measurement Uncertainty (k=2)

@ (15~35) °C, 1-year

Temperature Coefficient /°C @ (-25~55) °C

Class 0.05

Class 0.1

±( μV/V of reading )

± (200.000 ~ 1 200.000) V

1 mV

250

500

10

 

5.2 DC Current Measurement (DCI)

Range [1]

Minimum Resolution

Absolute Measurement Uncertainty (k=2) [2] @ (15~35) °C, 1-year

Temperature Coefficient /°C

@ (-25~55) °C

Class 0.05

Class 0.1

±( μA/A of reading )

± (0.100 00 ~ 1.000 00) A

10 μA

±0.5 mA [3]

±1 mA

——

± (1.000 00 ~ 5.000 00) A

10 μA

500

1000

——

± (5.000 0 ~ 400.000 0) A

0.1 mA

250

500

10

Note [1]: Automatic range switching

Note [2]: The parameters are derived from data after self-calibration. Self-calibration is required prior to measurement.

Note [3]: Measurements below 1 A are affected by a fixed range error.

5.3 DC Power and Energy

Voltage

U

Current

I

Absolute Measurement Uncertainty (k=2) @ (15~35) °C, 1-year

Temperature Coefficient /°C

@ (-25~55) °C

Class 0.05

Class 0.1

±( μW/W of reading )

200 V ≤ U ≤ 1200 V

0.1 A ≤ I ≤1 A

1000 ×1 A / I [4]

2000 × 1 A / I

——

1 A ≤ I ≤5 A

1000

2000

——

5 A < I ≤ 400 A

500

1000

20

Supports testing using both pulse method and accumulated energy method

Standard energy pulse output: High-frequency full-scale corresponds to 60 kHz; low-frequency full-scale corresponds to 6 Hz

Standard energy pulse input: Frequency ≤ 200 kHz, voltage: 0…3.3 V…24 V

Pulse method: Automatically displays energy error with a resolution of 0.000 1%

Accumulated energy display: Minimum resolution reaches 0.000 001 kWh

Note [4]: 1 A / I denotes the ratio of 1 ampere to the measured current.

5.4 Temperature Measurement (Optional)

Temperature

Measurement Range

-30 °C~60 °C

Maximum Permissible Error

0.5 °C

5.5 Clock (Optional)

Clock Function

Time Synchronization Method

Satellite timing

Measurement Uncertainty (k=2)

±1 s

6. General Specification

Power Supply

Primarily powered via the charging connector, supporting offline operation; can be charged via Type-C when not in use

Power Source

Connector power supply: Uses different standard charging connectors depending on the version

Wired charging: DC 5 ~ 20 V via Type-C

Communication Interface

Wireless: Bluetooth

Wired: Type-C x 1

Temperature Performance

Operating temperature: -25 °C — 55 °C;

Storage temperature: -30 °C — 60 °C;

Calibration temperature: (Tcal = 23 ± 2 °C)

Humidity Performance

Operating humidity: < 100% RH;

Storage humidity: < 80% R H, non-condensing.

Altitude

< 3000 m

Dimension

L×W×H

(mm)

237mm(L) × 162 mm(W) × 165 mm(H)

TE1000-DC-EU Charger Energy Standard

Weight

Approx. 2.8 kg

7. Ordering Information

TE1000-DC-EU Charger Energy Standard

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