ABB Terra 360 CC

Compatibility

Compatible with EpiSensor Edge through a ZEM-65 on the charger supply

ABB documents OCPP 1.6 JSON from Terra 360 to a central system. Edge does not speak OCPP, so that link stays with the charging backend. Edge measures the charger through an EpiSensor ZEM-65 electricity monitor with Rogowski coils on its 400 V AC supply, which records the energy, power and current per phase the cabinet draws.

Use ABB brochure 9AKK107992A8963, PDF page 9, as the starting specification for European Terra 360 CC: 400 V AC, three phases plus PE, 560 A input. CJ, UL and optional payment or metering packages need their own order details. Site check: fit 1000 A Rogowski coils (120 mm) around each phase of the feeder and record the model plate.

Connect it with

• Wireless 3-Phase Electricity Monitor ZEM-65 From €625 ex VAT Configure
• Gateway ZGW-20 From €899 ex VAT Configure

Models

Specifications

DC output

360 kW peak, 150 to 920 V DC, nominal 300 A and peak 500 A²

Connectors

Two CCS2 cable outputs; up to two EVs served in parallel²

Backend and network

OCPP 1.6 JSON to a central system; GSM, 4G and LTE connectivity²

Metering

Ready for Eichrecht/PTB and MID compliance; confirm the ordered meter and national approval²

Environment

IP54; IK10 cabinet and IK08 HMI; greater than 95% efficiency at nominal output²

AC supply starting point

400 V AC ±10%, 50 Hz, three phases plus PE; 560 A input and 390 kVA in the CC specification²

Temperature and derating

-35 to +55 °C; derating from 40 °C; installation altitude up to 2000 m²

Interface

Documented measurements and integration boundaries for Terra 360 CC.

• The charger can serve two EVs in parallel, but 360 kW is the cabinet peak. Dynamic allocation and vehicle limits determine each connector's power.
• The specification says ready for Eichrecht/PTB and MID compliance. Readiness is not proof that every ordered meter and operating process is certified.
• ISO 15118-2 Plug & Charge requires ecosystem integration. A compatible vehicle connector does not mean an authorization service is active.
• Compare each connector session with cabinet totals and the separate AC site meter. DC energy delivered to vehicles and AC energy drawn by the charger are different measurement boundaries.

Setup

1. Confirm the model plate identifies Terra 360 CC and record the exact output, cable, meter, payment and emergency-stop options.

   Do not infer the configuration from cabinet appearance.

2. Have authorised personnel verify supply capacity, protection, civil works, vehicle access, cable reach and environmental limits against ABB installation material for the serial number.

3. Open the commissioned charging backend first.

   Record charger identity, the connector/session association, configured OCPP version and sample timestamps. ABB documents native OCPP 1.6 JSON; obtain the installed backend interface details only for data it does not already display or export. Preserve the existing endpoint and credentials.

4. During an authorised charging session, compare the backend connector power and energy with the local charger display.

   A synthetic 600 V × 300 A gives 180 kW DC. Two such outputs sum to 360 kW, the stated cabinet peak; this illustrates the arithmetic, not a fixed equal-sharing mode. Vehicle demand, configured site limits and derating determine actual power.

5. Compare connector energy totals with cabinet totals over the same interval; use the separate AC site meter for charger input and losses.

   Record state, timestamp and freshness alongside values. Agree any stop, network-loss or simultaneous-session test with the operator rather than interrupt an active service; preserve the commissioned controls.

Common questions

Can both CCS2 outputs deliver 360 kW simultaneously?

No. ABB states 360 kW peak for the charger and dynamic allocation between two EVs. Vehicle demand and the configured cabinet limit determine each output.^1, 2

Does meter readiness prove compliant billing?

No. The specification describes readiness for Eichrecht/PTB and MID compliance. Confirm the installed meter, certificate, software and operating process for the country.²

How does Terra 360 CC connect to EpiSensor Edge?

Through an EpiSensor ZEM-65 with 1000 A Rogowski coils on the charger's 400 V AC supply, which gives Edge the energy, power and current per phase the cabinet draws. Edge does not speak OCPP, so the OCPP 1.6 connection stays with the central system.²

Why might a 360 kW charger deliver less power?

360 kW is the cabinet peak, shared dynamically across outputs. At a synthetic 600 V and nominal 300 A, one output is 180 kW. Vehicle acceptance, the installed power limit, the other session and temperature derating also affect actual delivery. The CC specification states derating from 40 °C.^1, 2