Limit the frequency

The frequency of acquisition is once every 5 minutes

Request Header

Header	Value	Description
Authorization	############ your token ############	Permission validation
Accept-Language	en	English Message

Request Param

Method : GET

Key	Value Type
deviceSn	String

https://www.enerclo-atesspower.com/api/v1/hps/data-last?deviceSn=xxxxxxx

Response Body

{
    "code": 0,
    "data": {
        "bipvBuck1": 0,
......
        "vpvwn": 0
    },
    "msg": "operate successfully"
}

code: value 200 is a success, anything else is an exception
data: result data
msg: result message，code=200 is usually empty

code	description
200	succeed
500	fail
400	not fount
403	No access
...	Other exceptions

Response Data Description

The corresponding field in the interface return value, if not specified, indicates that the field exists in all devices of the model. The parameters corresponding to special models are explained as follows.

HPS100HV,HPS150HV models additional parameters

parameter	device type	desc
bvbus	HPS100HV/HPS150HV	Bus Voltage
vpv	HPS100HV/HPS150HV	PV1 Positive Voltage
vpv2	HPS100HV/HPS150HV	PV1 Negative Voltage
pv1Volt	HPS100HV/HPS150HV	PV1 Voltage
vpv3	HPS100HV/HPS150HV	PV2 Positive Voltage
pv2NegVolt	HPS100HV/HPS150HV	PV2 Negative Voltage
pv2Volt	HPS100HV/HPS150HV	PV2 Voltage
pv3PosVolt	HPS100HV/HPS150HV	PV3 Positive Voltage
pv3NegVolt	HPS100HV/HPS150HV	PV3 Negative Voltage
pv3Volt	HPS100HV/HPS150HV	PV3 Voltage
ibuck1	HPS100HV/HPS150HV	PV1 L_Current
ibuck2	HPS100HV/HPS150HV	PV2 L_Current
bipvBuck3	HPS100HV/HPS150HV	PV3 L_Current
ppv	HPS100HV/HPS150HV	PV1 Power
ppv2	HPS100HV/HPS150HV	PV2 Power
ppv3	HPS100HV/HPS150HV	PV3 Power
ppv1	HPS100HV/HPS150HV	Total PV Power

Responses

🟢200成功

*/*

Body

code

integer <int32>

optional

code

data

object (OpenApiCentralTypeHpsDataVo)

optional

atsBypass

integer <int32>

optional

ATS/Bypass250

bactivePower

number <float>

optional

Bypass P (kW)

bapparentPower

number <float>

optional

Bypass S (KVA)

bipvBuck3

string

optional

PV3 L_Current

bmsStatus

integer <int32>

optional

BMS battery status

bmsSystemStatus

integer <int32>

optional

BMS system status

bmsVoltStatus

integer <int32>

optional

BMS high voltage relay status

breactivePower

number <float>

optional

Bypass Q (Kvar)

bvbus

string

optional

Bus Voltage

bypassFreq

number <float>

optional

Bypass Freq (Hz)

capacity

integer <int32>

optional

Battery SOC(%)

checkTime

number <float>

optional

Check Time (s)

cpActivePower

number <float>

optional

PSG Power

cpPowerLimit

number <float>

optional

PSG Limit Power

dailyEnergyFromMeter

number <float>

optional

D.Import from Meter (kWh)

dailyEnergyToMeter

number <float>

optional

D.Export to Meter (kWh)

dailyNonCriticalEnergy

number <float>

optional

D.Non-Critical Load Energy(kWh)

deviceSn

string

optional

dgActivePower

number <float>

optional

GEN P (kW)

dgApparentPower

number <float>

optional

GEN S (KVA)

dgCurrentU

number <float>

optional

GEN Current U

dgCurrentV

number <float>

optional

GEN Current V

dgCurrentW

number <float>

optional

GEN Current W

dgGridSelect

integer <int32>

optional

DG_Grid_Select

dgReactivePower

number <float>

optional

GEN Q (Kvar)

dgTodayIntakePower

number <float>

optional

D.GEN Export (kWh)

dgTodayIntakeTime

number <float>

optional

D.GEN Export Time (Min)

dgTotalIntakePower

number <float>

optional

T.GEN Export (kWh)

dgTotalIntakeTime

number <float>

optional

T.GEN Export Time (Min)

ebatChargeTimeTotal

number <double>

optional

T.BAT ChargeTime (H)

ebatChargeTotal

number <double>

optional

T.BAT Charge (kWh)

ebatDischargeTimeTotal

number <double>

optional

T.BAT DischarTime (H)

ebatDischargeTotal

number <double>

optional

T.BAT Discharge (kWh)

echargeTimeToday

number <float>

optional

D.BAT CharTime (kWh)

echargeToday

number <float>

optional

D.BAT Charge (kWh)

edischargeTimeToday

number <float>

optional

D.BAT DischarTime (kWh)

edischargeToday

number <float>

optional

D.BAT Discharge (kWh)

egridTimeToday

number <float>

optional

D.Import Grid Time (Min)

egridTimeTotal

number <double>

optional

T.Import Grid Time (H)

egridToday

number <float>

optional

D.Import from Grid (kWh)

egridTotal

number <double>

optional

T.Import from Grid (kWh)

eloadTimeToday

number <float>

optional

Daily.Load Time (Min)

eloadTimeTotal

number <double>

optional

Total.Load Time (H)

eloadToday

number <float>

optional

D.Load Energy (kWh)

eloadTotal

number <double>

optional

T.Load Energy (kWh)

epvTimeToday

number <double>

optional

Daily.PV Time (Min)

epvTimeTotal

number <double>

optional

Total.PV Time (H)

epvToday

number <float>

optional

Daily.PV Energy (kWh)

epvTotal

number <double>

optional

Total.PV Energy (kWh)

etoGridTimeToday

number <float>

optional

D.Export Grid Time (Min)

etoGridTimeTotal

number <double>

optional

T.Export Grid Time (H)

etoGridToday

number <float>

optional

D.Export to Grid (kWh)

etoGridTotal

number <double>

optional

T.Export to Grid (kWh)

fac

number <float>

optional

Output Freq (Hz)

gvpvuv

number <float>

optional

Grid Voltage UV (V)

gvpvvw

number <float>

optional

Grid Voltage VW (V)

gvpvwu

number <float>

optional

Grid Voltage WU (V)

ibat

number <float>

optional

BAT Current (A)

ibuck1

number <float>

optional

Buck Current 1 (A)

ibuck2

number <float>

optional

Buck Current 2 (A)

ipv

number <float>

optional

PV Current (A)

ipva

number <float>

optional

Inductive Current A (A)

ipvb

number <float>

optional

Inductive Current B (A)

ipvc

number <float>

optional

Inductive Current C (A)

ipvu

number <float>

optional

Grid Current U (A)

ipvv

number <float>

optional

Grid Current U (A)

ipvw

number <float>

optional

Grid Current W (A)

loadActivePower

number <float>

optional

Load P (kW)

loadApparentPower

number <float>

optional

Load S (KVA)

loadIu

number <float>

optional

Load Current U (A)

loadIv

number <float>

optional

Load Current V (A)

loadIw

number <float>

optional

Load Current W (A)

loadPf

number <float>

optional

Load PF

loadReactivePower

number <float>

optional

Load Q (Kvar)

maxChargeCurr

number <float>

optional

BMS Max.Charge current(A)

maxDischargeCurr

number <float>

optional

BMS Max.Discharge current

maxTemp

number <float>

optional

Max.Temperature (°C)

maxTempGroup

integer <int32>

optional

ax.Temp Rack No.

maxTempNum

integer <int32>

optional

Max.Temp Module No.

maxVolt

number <float>

optional

Max.Cell Voltage (V)

maxVoltCell

integer <int32>

optional

MaxCellVoltModuleNo.

maxVoltGroup

integer <int32>

optional

Max.Volt Rack No.

maxVoltNum

integer <int32>

optional

Max.Cell Voltage No.

meterCurrentU

number <float>

optional

Meter Current U

meterCurrentV

number <float>

optional

Meter Current V

meterCurrentW

number <float>

optional

Meter Current W

meterPower

number <float>

optional

Meter P(kW)

meterQ

number <float>

optional

Meter Q

meterS

number <float>

optional

Meter S

minTemp

number <float>

optional

Min Temperature (°C)

minTempGroup

integer <int32>

optional

Min.Temp Rack No.

minTempNum

integer <int32>

optional

Min.Temp Module No.

minVolt

number <float>

optional

Min.Cell Voltage(V)

minVoltCell

integer <int32>

optional

Min.CellVoltModuleNo.

minVoltGroup

integer <int32>

optional

Min.Volt Rack No.

minVoltNum

integer <int32>

optional

Min.Cell Voltage No.

mvpv

number <float>

optional

Cell Voltage (V)

nonCriticalLoad

number <float>

optional

Non-Critical Load (kW)

outvu

number <float>

optional

Output Voltage U (V)

outvv

number <float>

optional

Output Voltage V (V)

outvw

number <float>

optional

Output Voltage W (V)

pac

number <float>

optional

BAT Power (kW)

number <float>

optional

Power Factor

ppv

number <float>

optional

PV Power (kW)

ppv1

string

optional

Total PV Power

ppv2

string

optional

PV2 Power

ppv3

string

optional

PV3 Power

pv1Volt

string

optional

PV1 Voltage

pv2NegVolt

string

optional

PV2 Negative Voltage

pv2Volt

string

optional

PV2 Voltage

pv3NegVolt

string

optional

PV3 Negative Voltage

pv3PosVolt

string

optional

PV3 Positive Voltage

pv3Volt

string

optional

PV3 Voltage

runModel

integer <int32>

optional

Operation mode

scrTemp

number <float>

optional

SCR Temp (°C)

status

integer <int32>

optional

Status

systemNo

integer <int32>

optional

System ID sign

temp

number <float>

optional

Ambient Temp (°C)

temp1

number <float>

optional

IGBT Temp (°C)

temp3

number <float>

optional

Buck Module Temp (°C)

temp4

number <float>

optional

Max.T & L Temp (°C)

time

string

optional

Time

totalEnergyFromMeter

number <float>

optional

T.Import from Meter (kWh)

totalEnergyToMeter

number <float>

optional

T.Export to Meter (kWh)

totalNonCriticalEnergy

number <double>

optional

T.Non-Critical Load Energy(kWh)

vbat

number <float>

optional

BAT Voltage (V)

vpv

number <float>

optional

PV Voltage (V)

vpv2

string

optional

PV1 Negative Voltage

vpv3

string

optional

PV2 Positive Voltage

vpvuv

number <float>

optional

Output Voltage UV (V)

vpvvw

number <float>

optional

Output Voltage VW (V)

vpvwu

number <float>

optional

Output Voltage WU (V)

msg

string

optional

message

Example

{
  "code": 0,
  "data": {
    "atsBypass": 0,
    "bactivePower": 0,
    "bapparentPower": 0,
    "bipvBuck3": "string",
    "bmsStatus": 0,
    "bmsSystemStatus": 0,
    "bmsVoltStatus": 0,
    "breactivePower": 0,
    "bvbus": "string",
    "bypassFreq": 0,
    "capacity": 0,
    "checkTime": 0,
    "cpActivePower": 0,
    "cpPowerLimit": 0,
    "dailyEnergyFromMeter": 0,
    "dailyEnergyToMeter": 0,
    "dailyNonCriticalEnergy": 0,
    "deviceSn": "string",
    "dgActivePower": 0,
    "dgApparentPower": 0,
    "dgCurrentU": 0,
    "dgCurrentV": 0,
    "dgCurrentW": 0,
    "dgGridSelect": 0,
    "dgReactivePower": 0,
    "dgTodayIntakePower": 0,
    "dgTodayIntakeTime": 0,
    "dgTotalIntakePower": 0,
    "dgTotalIntakeTime": 0,
    "ebatChargeTimeTotal": 0,
    "ebatChargeTotal": 0,
    "ebatDischargeTimeTotal": 0,
    "ebatDischargeTotal": 0,
    "echargeTimeToday": 0,
    "echargeToday": 0,
    "edischargeTimeToday": 0,
    "edischargeToday": 0,
    "egridTimeToday": 0,
    "egridTimeTotal": 0,
    "egridToday": 0,
    "egridTotal": 0,
    "eloadTimeToday": 0,
    "eloadTimeTotal": 0,
    "eloadToday": 0,
    "eloadTotal": 0,
    "epvTimeToday": 0,
    "epvTimeTotal": 0,
    "epvToday": 0,
    "epvTotal": 0,
    "etoGridTimeToday": 0,
    "etoGridTimeTotal": 0,
    "etoGridToday": 0,
    "etoGridTotal": 0,
    "fac": 0,
    "gvpvuv": 0,
    "gvpvvw": 0,
    "gvpvwu": 0,
    "ibat": 0,
    "ibuck1": 0,
    "ibuck2": 0,
    "ipv": 0,
    "ipva": 0,
    "ipvb": 0,
    "ipvc": 0,
    "ipvu": 0,
    "ipvv": 0,
    "ipvw": 0,
    "loadActivePower": 0,
    "loadApparentPower": 0,
    "loadIu": 0,
    "loadIv": 0,
    "loadIw": 0,
    "loadPf": 0,
    "loadReactivePower": 0,
    "maxChargeCurr": 0,
    "maxDischargeCurr": 0,
    "maxTemp": 0,
    "maxTempGroup": 0,
    "maxTempNum": 0,
    "maxVolt": 0,
    "maxVoltCell": 0,
    "maxVoltGroup": 0,
    "maxVoltNum": 0,
    "meterCurrentU": 0,
    "meterCurrentV": 0,
    "meterCurrentW": 0,
    "meterPower": 0,
    "meterQ": 0,
    "meterS": 0,
    "minTemp": 0,
    "minTempGroup": 0,
    "minTempNum": 0,
    "minVolt": 0,
    "minVoltCell": 0,
    "minVoltGroup": 0,
    "minVoltNum": 0,
    "mvpv": 0,
    "nonCriticalLoad": 0,
    "outvu": 0,
    "outvv": 0,
    "outvw": 0,
    "pac": 0,
    "pf": 0,
    "ppv": 0,
    "ppv1": "string",
    "ppv2": "string",
    "ppv3": "string",
    "pv1Volt": "string",
    "pv2NegVolt": "string",
    "pv2Volt": "string",
    "pv3NegVolt": "string",
    "pv3PosVolt": "string",
    "pv3Volt": "string",
    "runModel": 0,
    "scrTemp": 0,
    "status": 0,
    "systemNo": 0,
    "temp": 0,
    "temp1": 0,
    "temp3": 0,
    "temp4": 0,
    "time": "string",
    "totalEnergyFromMeter": 0,
    "totalEnergyToMeter": 0,
    "totalNonCriticalEnergy": 0,
    "vbat": 0,
    "vpv": 0,
    "vpv2": "string",
    "vpv3": "string",
    "vpvuv": 0,
    "vpvvw": 0,
    "vpvwu": 0
  },
  "msg": "string"
}

Get the latest real-time data of Central type HPS

Limit the frequency#

Request Header#

Request Param#

Response Body#

Response Data Description#

HPS100HV,HPS150HV models additional parameters#

Request

Responses

Limit the frequency

Request Header

Request Param

Response Body

Response Data Description

HPS100HV,HPS150HV models additional parameters