The other end points I would be interested in from the localAPI include:
For access to real_mode (operation):
https://192.168.86.123/api/operation
{
"real_mode": "self_consumption",
"backup_reserve_percent": 84.8
}
For access to three phase power readings (site & solar):
https://192.168.86.123/api/meters/site
[
{
"id": 0,
"location": "site",
"type": "synchrometerX",
"cts": [
true,
true,
true,
false
],
"inverted": [
false,
false,
false,
false
],
"connection": {
"short_id": "XXX",
"device_serial": "XXX",
"https_conf": {}
},
"Cached_readings": {
"last_communication_time": "2023-10-08T16:56:51.360245447+10:00",
"instant_power": -14305,
"instant_reactive_power": 1088,
"instant_apparent_power": 14346.31552002116,
"frequency": 0,
"energy_exported": 13939207.663568825,
"energy_imported": 14119276.769605972,
"instant_average_voltage": 416.6217277499258,
"instant_average_current": 60.043,
"i_a_current": 17.354,
"i_b_current": 21.912,
"i_c_current": 20.777,
"last_phase_voltage_communication_time": "2023-10-08T16:56:51.360332942+10:00",
"v_l1n": 238.63,
"v_l2n": 241.59,
"v_l3n": 241.39000000000001,
"last_phase_power_communication_time": "2023-10-08T16:56:51.360245447+10:00",
"real_power_a": -4123,
"real_power_b": -5216,
"real_power_c": -4966,
"reactive_power_a": -86,
"reactive_power_b": 742,
"reactive_power_c": 432,
"last_phase_energy_communication_time": "0001-01-01T00:00:00Z",
"serial_number": "JBL21257Y4F0DN",
"version": "fe55682a96e0c6",
"timeout": 1500000000,
"instant_total_current": 60.043
}
}
]
https://192.168.86.123/api/meters/solar
[
{
"id": 0,
"location": "solar",
"type": "synchrometerY",
"cts": [
true,
true,
true,
false
],
"inverted": [
false,
false,
false,
false
],
"connection": {
"short_id": "XXX",
"device_serial": "XXX",
"https_conf": {}
},
"real_power_scale_factor": 1,
"ct_voltage_references": {
"ct1": "Phase1",
"ct2": "Phase2",
"ct3": "Phase3"
},
"Cached_readings": {
"last_communication_time": "2023-10-08T16:57:56.931565207+10:00",
"instant_power": 275,
"instant_reactive_power": 575,
"instant_apparent_power": 637.3774391990981,
"frequency": 0,
"energy_exported": 89661.39227781232,
"energy_imported": 38271036.02136998,
"instant_average_voltage": 416.1713945399579,
"instant_average_current": 2.997,
"i_a_current": 0.9785,
"i_b_current": 1.032,
"i_c_current": 0.9865,
"last_phase_voltage_communication_time": "2023-10-08T16:57:56.831077425+10:00",
"v_l1n": 238.4,
"v_l2n": 240.72,
"v_l3n": 241.69,
"last_phase_power_communication_time": "2023-10-08T16:57:56.931565207+10:00",
"real_power_a": 95,
"real_power_b": 107,
"real_power_c": 73,
"reactive_power_a": 183,
"reactive_power_b": 195,
"reactive_power_c": 197,
"last_phase_energy_communication_time": "0001-01-01T00:00:00Z",
"serial_number": "JBL21257Y4F0DN",
"version": "fe55682a96e0c6",
"timeout": 1500000000,
"instant_total_current": 2.997
}
}
]
System Status provides information on batteries and inverters. (nominal_full_pack_energy is useful for monitoring degradation over time
https://192.168.86.123/api/system_status
{
"command_source": "Schedule",
"battery_target_power": 15000,
"battery_target_reactive_power": 0,
"nominal_full_pack_energy": 42122,
"nominal_energy_remaining": 34801,
"max_power_energy_remaining": 0,
"max_power_energy_to_be_charged": 0,
"max_charge_power": 15000,
"max_discharge_power": 15000,
"max_apparent_power": 15000,
"instantaneous_max_discharge_power": 28040,
"instantaneous_max_charge_power": 21000,
"instantaneous_max_apparent_power": 16500,
"hardware_capability_charge_power": 0,
"hardware_capability_discharge_power": 0,
"grid_services_power": -15200.840161901351,
"system_island_state": "SystemGridConnected",
"available_blocks": 3,
"available_charger_blocks": 0,
"battery_blocks": [
{
"Type": "",
"PackagePartNumber": "3012170-10-B",
"PackageSerialNumber": "XXX",
"disabled_reasons": [],
"pinv_state": "PINV_GridFollowing",
"pinv_grid_state": "Grid_Compliant",
"nominal_energy_remaining": 11021,
"nominal_full_pack_energy": 13359,
"p_out": 4720,
"q_out": -420,
"v_out": 239.70000000000002,
"f_out": 50.044,
"i_out": -104,
"energy_charged": 9129060,
"energy_discharged": 8144720,
"off_grid": false,
"vf_mode": false,
"wobble_detected": false,
"charge_power_clamped": false,
"backup_ready": true,
"OpSeqState": "Active",
"version": "63bc46d8c35d6e"
},
{
"Type": "",
"PackagePartNumber": "3012170-05-C",
"PackageSerialNumber": "XXX",
"disabled_reasons": [],
"pinv_state": "PINV_GridFollowing",
"pinv_grid_state": "Grid_Compliant",
"nominal_energy_remaining": 11894,
"nominal_full_pack_energy": 14392,
"p_out": 5140,
"q_out": -1000,
"v_out": 242.9,
"f_out": 50.044,
"i_out": -110.4,
"energy_charged": 4549260,
"energy_discharged": 4023610,
"off_grid": false,
"vf_mode": false,
"wobble_detected": false,
"charge_power_clamped": false,
"backup_ready": true,
"OpSeqState": "Active",
"version": "63bc46d8c35d6e"
},
{
"Type": "",
"PackagePartNumber": "3012170-05-C",
"PackageSerialNumber": "XXX",
"disabled_reasons": [],
"pinv_state": "PINV_GridFollowing",
"pinv_grid_state": "Grid_Compliant",
"nominal_energy_remaining": 11886,
"nominal_full_pack_energy": 14371,
"p_out": 5120,
"q_out": -650,
"v_out": 240.9,
"f_out": 50.045,
"i_out": -110.5,
"energy_charged": 4547710,
"energy_discharged": 4015250,
"off_grid": false,
"vf_mode": false,
"wobble_detected": false,
"charge_power_clamped": false,
"backup_ready": true,
"OpSeqState": "Active",
"version": "63bc46d8c35d6e"
}
],
"ffr_power_availability_high": 16500,
"ffr_power_availability_low": 14642,
"load_charge_constraint": 0,
"max_sustained_ramp_rate": 3750000,
"grid_faults": [
{
"timestamp": 1694839971658,
"alert_name": "PINV_a008_vfCheckRocof",
"alert_is_fault": false,
"decoded_alert": "[{\"name\":\"PINV_alertID\",\"value\":\"PINV_a008_vfCheckRocof\"},{\"name\":\"PINV_alertType\",\"value\":\"Warning\"}]",
"alert_raw": {
"value": "576460752303423488n",
"type": "Big Number"
},
"git_hash": "63bc46d8c35d6e",
"site_uid": "XXX",
"ecu_type": "TEPINV",
"ecu_package_part_number": "1081100-33-V",
"ecu_package_serial_number": "XXX"
},
{
"timestamp": 1687982031227,
"alert_name": "PINV_a008_vfCheckRocof",
"alert_is_fault": false,
"decoded_alert": "[{\"name\":\"PINV_alertID\",\"value\":\"PINV_a008_vfCheckRocof\"},{\"name\":\"PINV_alertType\",\"value\":\"Warning\"}]",
"alert_raw": {
"value": "576460752303423488n",
"type": "Big Number"
},
"git_hash": "63bc46d8c35d6e",
"site_uid": "XXX",
"ecu_type": "TEPINV",
"ecu_package_part_number": "1081100-33-V",
"ecu_package_serial_number": "XXX"
},
{
"timestamp": 1687883925371,
"alert_name": "PINV_a004_vfCheckUnderVoltage",
"alert_is_fault": false,
"decoded_alert": "[{\"name\":\"PINV_alertID\",\"value\":\"PINV_a004_vfCheckUnderVoltage\"},{\"name\":\"PINV_alertType\",\"value\":\"Warning\"},{\"name\":\"PINV_a004_uv_amplitude\",\"value\":26,\"units\":\"Vrms\"}]",
"alert_raw": {
"value": "288258963454033920n",
"type": "Big Number"
},
"git_hash": "63bc46d8c35d6e",
"site_uid": "XXX",
"ecu_type": "TEPINV",
"ecu_package_part_number": "1081100-33-V",
"ecu_package_serial_number": "XXX"
},
{
"timestamp": 1687636209720,
"alert_name": "PINV_a008_vfCheckRocof",
"alert_is_fault": false,
"decoded_alert": "[{\"name\":\"PINV_alertID\",\"value\":\"PINV_a008_vfCheckRocof\"},{\"name\":\"PINV_alertType\",\"value\":\"Warning\"}]",
"alert_raw": {
"value": "576460752303423488n",
"type": "Big Number"
},
"git_hash": "63bc46d8c35d6e",
"site_uid": "XXX",
"ecu_type": "TEPINV",
"ecu_package_part_number": "1081100-33-V",
"ecu_package_serial_number": "XXX"
},
{
"timestamp": 1687463761970,
"alert_name": "PINV_a004_vfCheckUnderVoltage",
"alert_is_fault": false,
"decoded_alert": "[{\"name\":\"PINV_alertID\",\"value\":\"PINV_a004_vfCheckUnderVoltage\"},{\"name\":\"PINV_alertType\",\"value\":\"Warning\"},{\"name\":\"PINV_a004_uv_amplitude\",\"value\":181,\"units\":\"Vrms\"}]",
"alert_raw": 288429387756339200,
"git_hash": "63bc46d8c35d6e",
"site_uid": "XXX",
"ecu_type": "TEPINV",
"ecu_package_part_number": "1081100-33-V",
"ecu_package_serial_number": "XXX"
}
],
"can_reboot": "Power flow is too high",
"smart_inv_delta_p": 0,
"smart_inv_delta_q": -1740,
"last_toggle_timestamp": "2023-06-16T15:39:45.481228+10:00",
"solar_real_power_limit": 1.7976931348623157e+308,
"score": 10000,
"blocks_controlled": 3,
"primary": true,
"auxiliary_load": 0,
"all_enable_lines_high": true,
"inverter_nominal_usable_power": 16500,
"expected_energy_remaining": 0
}