OEM CONTACT DETAILS

OEM: <OEM Name>

<OEM Address>

OEM Responsible Person:

<OEM Contact Name>

<Email Address>

<Contact Number>

OEM CLIENT DETAILS

Client type:

Aggregator / Gateway / Inverter Native

Client Product Name

Application URL:

IP Addresses:

Application Port Number:

Target Inverter Details:

• Model/Series

• Number of phases: Single phase ☐ Three phase ☐

• Number of inverters. Single ☐ Multiple ☐

CPPALUE SERVER DETAILS

URL:

IP Addresses:

Port Numbers:

REMARKS and NON-CONFORMANCES

PASS ☐

FAIL ☐

CPPALUE

OEM

NAME:

NAME:

DATE:

DATE:

SIGNATURE:

SIGNATURE:

No.

Description of Task

Completed

1

Test application and CSR are provided by OEM

☐

2

Provision and generate device certificate

• IP whitelisting

• CPPALUE generate device certificate and share with OEM

☐

3

Generate LFDI and provide to CPPALUE

• OEM use the certificate to generate the LFDI

☐

4

Register OEM device/s to CPPALUE systems

☐

5

Initiate and validate connection from OEM

☐

6

Confirm OEM connection

☐

Test

Test Description

Expected Result

Results/Comments

Status

In Band Registration

(For aggregator mediated clients only)

Generate and send device LFDI and NMI (as connectionpointID) to server in band (if supported).

Client discovers ConnectionPoint resource.

Server confirms the ConnectionPointID is a valid 11 character test NMI as provided.

LFDI is as per expected requirements including appending of PEN as per section 11.

Pass/Fail

Discovery

This test is intended to validate the client’s ability to perform discovery against the utility server and to establish basic IEEE 2030.5-based communications.

Publish of device capability and settings.

Post connection status and operational mode and operational and DOE modes supported.

Confirm correct polling and posting rate.

Client receives Function Set resource links.

Client receives resource information from server.

Server responds with EndDevice contents.

Server receives valid end device settings and capabilities including supported DOE modes.

Client posts monitoring values representative of current state.

Client posts DER status representative of current state.

Confirm device is posting at correct default post rate.

Confirm device is polling at correct default poll rate.

Pass/Fail

Test

Test Description

Expected Result

Results/Comments

Status

Energize

Pre-condition: End device connected, operating and exporting 1500W (or 50% of active power rating).

Send active control of OpModEnergize = False for twice the poll rate

Device de-energises and updates DERStatus to confirm that the DER is de- energised.

Confirm inverter active power limit reduces to 0W.

At the end of the active control the device re-energises and updates DERStatus to confirm that the DER is re-energised.

Inverter responds to controls and modifies connection at scheduled time.

Inverter de-energises and then re-energises at the end of active control.

Validation is confirmed via DER status and end device generation is 0W.

Client posts genConnectStatus = 0 when not connected.

Client posts bit 0 of genConnectstatus = 1 when connected and genConnectStatus = 7 when connected available and operating.

Client posts OperationalMode = 1 when not generating.

Client posts OperationalMode = 2 when generating.

Client posts back correct control response: Control response = 1 (received).

Control response = 2 (started).

Control response = 3 (completed).

Pass/Fail

Generation Limit

Pre-condition: End device connected, operating and exporting at the connection point 1500W (or 50% of active power rating). Site or controlled load at least 500W and stable.

Set a default OpModExpLimW=1000W and set an active OpModGenLimW = 0W for twice the poll rate.

Confirm inverter active power limit reduces to 0W.

Confirm at end of scheduled control that site active power returns to 1000W.

Inverter responds to controls and generates to expected value at scheduled time and correct control response.

Once active control is completed, client returns to default export limit.

Server validates the DER measurements change and are accurate.

Pass/Fail

Test

Test Description

Expected Result

Results/Comments

Status

Export Limit

Pre-condition: End device connected, operating and exporting at the connection point 1500W (or 50% of active power rating). Site or controlled load at least 500W and stable.

Set a default OpModExpLimW=1000W and set an active OpModExpLimW = 500W for 4x the poll rate.

Confirm site active power limit reduces to 500W.

Once confirmed set an overlapping active

OpModExpLimW = 0W for 4x the poll rate.

Confirm site active power limit increases to 0W.

Once confirmed cancel active control after one poll.

Confirm that site active power limit returns to 1000W upon next poll.

Inverter responds to control and generates to expected value at the connection point for scheduled time and correct control response.

Once active control is superseded, client changes active control response.

Once active control is cancelled, client returns to default limit.

Validation is confirmed via site mirror usage point.

Client posts back correct control response: Control response = 6 (cancelled)

Control response = 7 (superseded)

Pass/Fail

Post Rate

Update post rate from default value of 60s to 300s.

Confirm next mirror meter reading is posted after 300s.

Direct Client: Upon next poll of the MirrorUsagePointList the Client updates its new postRate.

Aggregator Client: On change, the Client receives its new postRate.

Client posts at new post rate.

Server receives mirror meter reading at new post rate.

Pass/Fail

Subscription/ Notification

This test may not be available in the first round of testing.

Pre-condition: End device connected, operating and exporting at the connection point 1500W (or 50% of

The client gets the subscribed controls.

The end device responds to the control between regularly polled time periods at the correct time.

The end device reverts back to the default control at the end of active control

Pass/Fail

Test

Test Description

Expected Result

Results/Comments

Status

active power rating). Site or controlled load at least 500W and stable.

Set a default OpModExpLimW=1000W and straight after a poll set a subscription notification active OpModExpLimW=0W for two times the poll rate.

Confirm that site active power reduces to 0W immediately (before next poll).

Confirm at the end of the scheduled control the site active power returns to the default export limit of 1000W.