Documentation
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Index ¶
Constants ¶
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const ( RSCP_FRAME_MAGIC_SIZE uint16 = 0x2 // magic field size of frame RSCP_FRAME_CTRL_SIZE uint16 = 0x2 // control field size of frame RSCP_FRAME_TIME_SIZE uint16 = 0xc // time field size of frame RSCP_FRAME_LENGTH_SIZE uint16 = 0x2 // length field size of frame RSCP_FRAME_HEADER_SIZE uint16 = RSCP_FRAME_MAGIC_SIZE + RSCP_FRAME_CTRL_SIZE + RSCP_FRAME_TIME_SIZE + RSCP_FRAME_LENGTH_SIZE // header size of frame RSCP_FRAME_MAGIC_POS uint8 = 0 // magic field position in frame RSCP_FRAME_CTRL_POS uint8 = RSCP_FRAME_MAGIC_POS + uint8(RSCP_FRAME_MAGIC_SIZE) // control field position in frame RSCP_FRAME_TIME_POS uint8 = RSCP_FRAME_CTRL_POS + uint8(RSCP_FRAME_CTRL_SIZE) // time field position in frame RSCP_FRAME_LENGTH_POS uint8 = RSCP_FRAME_TIME_POS + uint8(RSCP_FRAME_TIME_SIZE) // length field position in frame RSCP_FRAME_DATA_POS uint8 = RSCP_FRAME_LENGTH_POS + uint8(RSCP_FRAME_LENGTH_SIZE) // data field position in frame RSCP_FRAME_CRC_SIZE uint16 = 0x4 // crc field size of frame RSCP_FRAME_MAX_DATA_SIZE uint16 = 0xffff // max. data size of a frame (limited by lenth field size uint16) RSCP_FRAME_MAX_SIZE uint32 = uint32(RSCP_FRAME_HEADER_SIZE) + uint32(RSCP_FRAME_MAX_DATA_SIZE) + uint32(RSCP_FRAME_CRC_SIZE) // max frame size RSCP_FRAME_MAX_BLOCK_SIZE uint16 = uint16((RSCP_FRAME_MAX_SIZE + (uint32(RSCP_CRYPT_BLOCK_SIZE) - 1)) / uint32(RSCP_CRYPT_BLOCK_SIZE)) RSCP_DATA_TAG_SIZE uint16 = 0x4 // tag field size of data field RSCP_DATA_DATATYPE_SIZE uint16 = 0x1 // data type field size of data field RSCP_DATA_LENGTH_SIZE uint16 = 0x2 // length field size of data field // header size of data field RSCP_DATA_HEADER_SIZE uint16 = RSCP_DATA_TAG_SIZE + RSCP_DATA_DATATYPE_SIZE + RSCP_DATA_LENGTH_SIZE // max size a data field's data (is limited by the data field's header size and the frames uint16 max of length field) RSCP_DATA_MAX_DATA_SIZE uint16 = RSCP_FRAME_MAX_DATA_SIZE - RSCP_DATA_HEADER_SIZE )
nolint: revive,stylecheck
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const ( RSCP_CTRL_BIT_MASK_CRC uint16 = 0b0001000000000000 // allowed bit's for crc field of control field RSCP_FLAG_BIT_CRC uint8 = 12 // bit start position of crc field of control field RSCP_CRC_DISABLED uint8 = 0b0 // do not use CRC RSCP_CRC_ENABLED uint8 = 0b1 // use CRC RSCP_CTRL_BIT_MASK_VERSION uint16 = 0b0000111100000000 // allowed bit's for version field of control field RSCP_FLAG_BIT_VERSION uint8 = 8 // bit start position of version field of control field RSCP_VERSION_1_0 uint8 = 0b0001 // version 1.0 RSCP_CTRL_BIT_MASK uint16 = RSCP_CTRL_BIT_MASK_CRC | RSCP_CTRL_BIT_MASK_VERSION // allowed bit's for control field // header constant for magic field of frame RSCP_MAGIC uint16 = 0xDCE3 )
control field of frame
Byte | 0 | 1 |
Bit | 7 6 5 4 3 2 1 0 | 7 6 5 4 3 2 1 0 |
| R R R C V V V V | R R R R R R R R |
| R R R | R R R R R R R R | Reserviert für zukünfige Erweiterungen -> RSCP_CTRL_BIT_MASK
| 0 0 0 | 0 0 0 0 0 0 0 0 | Derzeitiger Zustand für die reservierten Bit
| C | | Checksummen Flag -> RSCP_CTRL_BIT_MASK
| 0 | | Checksumme wird nicht verwendet
| 1 | | Checksumme wird verwendet. Das Feld CRC am Ende des Frames ist ein Pflichtfeld, ansonsten wird der Frame verworfen! -> RSCP_CRC_FLAG
| V V V V | | Versionskennzeichnung -> RSCP_CTRL_BIT_MASK_VERSION
| 0 0 0 1 | | Version 1.0 (Momentan einzig zugelassener Wert) -> RSCP_VERSION_1_0
nolint: lll,revive,stylecheck
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const ( RSCP_CRYPT_BLOCK_SIZE uint8 = rijndael256.BlockSize RSCP_CRYPT_BLOCK_PADDING = byte(0x00) RSCP_CRYPT_KEY_PADDING = byte(0xff) RSCP_CRYPT_IV_PADDING = byte(0xff) )
nolint: revive,stylecheck
View Source
const RequiredAuthLogLevel = 99
View Source
const TypeFlagBit uint8 = 23
TypeFlagBit is the position of the bit indicating if the tag is a request or response
Variables ¶
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var ErrDataTypeValueMismatch = errors.New("value does not match data type")
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var ErrJSONUnmarshal = errors.New("json unmarshal error")
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var ErrMissingValue = errors.New("missing value")
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var ErrNoArguments = errors.New("no arguments")
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var ErrNotARequestTag = errors.New("tag is not a request tag")
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var ErrNotAResponseTag = errors.New("tag is not a response tag")
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var ErrRscpDataLimitExceeded = errors.New("ERR_DATA_LIMIT_EXCEEDED")
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var ErrRscpInvalidControl = errors.New("ERR_INVALID_CONTROL")
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var ErrRscpInvalidCrc = errors.New("ERR_INVALID_CRC")
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var ErrRscpInvalidFrameLength = errors.New("ERR_INVALID_FRAME_LENGTH")
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var ErrRscpInvalidMagic = errors.New("ERR_INVALID_MAGIC")
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var ErrRscpProtVersionMismatch = errors.New("ERR_PROT_VERSION_MISMATCH")
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var ErrTagDataTypeMismatch = errors.New("tag data type does not match data type")
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var ErrValidTag = errors.New("not a valid tag")
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var Now = time.Now
Now returns the current local time. patchable for tests.
Functions ¶
Types ¶
type AuthLevel ¶
type AuthLevel uint8
const ( AUTH_LEVEL_NO_AUTH AuthLevel = 0 AUTH_LEVEL_USER AuthLevel = 10 AUTH_LEVEL_INSTALLER AuthLevel = 20 AUTH_LEVEL_SERVICE AuthLevel = 30 AUTH_LEVEL_ADMIN AuthLevel = 40 AUTH_LEVEL_E3DC AuthLevel = 50 AUTH_LEVEL_E3DC_ROOT AuthLevel = 60 )
all auth levels as constant nolint: revive,stylecheck
func AuthLevelString ¶
AuthLevelString retrieves an enum value from the enum constants string name. Throws an error if the param is not part of the enum.
func AuthLevelValues ¶
func AuthLevelValues() []AuthLevel
AuthLevelValues returns all values of the enum
func (AuthLevel) IsAAuthLevel ¶
IsAAuthLevel returns "true" if the value is listed in the enum definition. "false" otherwise
func (AuthLevel) MarshalJSON ¶
MarshalJSON implements the json.Marshaler interface for AuthLevel
func (*AuthLevel) UnmarshalJSON ¶
UnmarshalJSON implements the json.Unmarshaler interface for AuthLevel
type Client ¶
type Client struct {
// contains filtered or unexported fields
}
Client for rscp protocol
func NewClient ¶
func NewClient(config ClientConfig) (*Client, error)
NewClient creates a new client
type ClientConfig ¶
type ClientConfig struct {
// Host address
Address string
// Port
Port uint16
// username for authentication
Username string
// password for authentication
Password string
// key for encryption
Key string
// time inverall between heatbeat connection requests
HeartbeatInterval time.Duration
// Timeout for connection attempt
ConnectionTimeout time.Duration
// Timeout waiting for sending data (should not occur under normal conditions)
SendTimeout time.Duration
// Timeout waiting for response
ReceiveTimeout time.Duration
// define if CRC is uses and checked during communication. if nil, default setting is used. Has to be nil or of type bool.
UseChecksum interface{}
// amount of blocks of the receiving buffer size
ReceiveBufferBlockSize uint16
}
ClientConfig allows to configure the client behavior
type ClientStatus ¶
type ClientStatus int8
const ( STATUS_OK ClientStatus = 0 STATUS_ERR_INVALID_INPUT ClientStatus = -1 STATUS_ERR_NO_MEMORY ClientStatus = -2 STATUS_ERR_INVALID_MAGIC ClientStatus = -3 STATUS_ERR_PROT_VERSION_MISMATCH ClientStatus = -4 STATUS_ERR_INVALID_FRAME_LENGTH ClientStatus = -5 STATUS_ERR_INVALID_CRC ClientStatus = -6 STATUS_ERR_DATA_LIMIT_EXCEEDED ClientStatus = -7 )
all errors as constant nolint: revive,stylecheck
func (ClientStatus) String ¶
func (status ClientStatus) String() string
String converter function for ClientStatus
type DataType ¶
type DataType uint8
const ( None DataType = 0x00 Bool DataType = 0x01 Char8 DataType = 0x02 UChar8 DataType = 0x03 Int16 DataType = 0x04 UInt16 DataType = 0x05 Int32 DataType = 0x06 Uint32 DataType = 0x07 Int64 DataType = 0x08 Uint64 DataType = 0x09 Float32 DataType = 0x0A Double64 DataType = 0x0B Bitfield DataType = 0x0C CString DataType = 0x0D Container DataType = 0x0E // 64Bit Sekunden + 32Bit Nanosekunden seit 1970 Timestamp DataType = 0x0F ByteArray DataType = 0x10 Error DataType = 0xFF )
func DataTypeString ¶
DataTypeString retrieves an enum value from the enum constants string name. Throws an error if the param is not part of the enum.
func DataTypeValues ¶
func DataTypeValues() []DataType
DataTypeValues returns all values of the enum
func (DataType) IsADataType ¶
IsADataType returns "true" if the value is listed in the enum definition. "false" otherwise
func (DataType) MarshalJSON ¶
MarshalJSON implements the json.Marshaler interface for DataType
func (*DataType) UnmarshalJSON ¶
UnmarshalJSON implements the json.Unmarshaler interface for DataType
type IV ¶
type IV = [RSCP_CRYPT_BLOCK_SIZE]byte
type Message ¶
func CreateRequest ¶
CreateRequest creates a new message (infer the data type from the tag) if the tag's data type is a Container, following tag's will be nested as "sub" requests within the container. Every tag that has a data type other than DATATYPE_None requires a following value. Examples:
CreateRequest(INFO_REQ_UTC_TIME) CreateRequest(EMS_REQ_SET_ERROR_BUZZER_ENABLED, true) CreateRequest(BAT_REQ_DATA, BAT_INDEX, 0, BAT_REQ_DEVICE_STATE, BAT_REQ_RSOC, BAT_REQ_STATUS_CODE)
func CreateRequests ¶
CreateRequests creates multiple new requests (infer the data type from the tag) if the tag's data type is a Container, provided values will be converted to "sub" requests, separated by the provided tag's Examples:
CreateRequests([]interface{}{INFO_REQ_UTC_TIME})
CreateRequests([]interface{}{EMS_REQ_SET_ERROR_BUZZER_ENABLED, true})
CreateRequests([]interface{}{BAT_REQ_DATA, BAT_INDEX, 0, BAT_REQ_DEVICE_STATE, BAT_REQ_RSOC, BAT_REQ_STATUS_CODE})
func NewMessage ¶
NewMessage creates a new message (infer the data type from the tag).
func Read ¶
func Read(mode *cipher.BlockMode, buf *[]byte, crcFlag *bool, frameSize *uint32, dataSize *uint16, data []byte) ([]Message, error)
Read decrypts and reads the data appends it to the buffer and returns the messages once the frame is complete.
func (*Message) UnmarshalJSON ¶
UnmarshalJSON unmarshals a message from json including nested messages in containers
func (*Message) UnmarshalJSONValue ¶
func (m *Message) UnmarshalJSONValue(jm json.RawMessage) error
UnmarshalJSONValue unmarshals a message value from json including nested messages in containers
type RscpError ¶
type RscpError uint32
nolint: revive
const ( ERR_NOT_HANDLED RscpError = 0x01 ERR_ACCESS_DENIED RscpError = 0x02 ERR_FORMAT RscpError = 0x03 ERR_AGAIN RscpError = 0x04 ERR_OUT_OF_BOUNDS RscpError = 0x05 ERR_NOT_AVAILABLE RscpError = 0x06 ERR_UNKNOWN_TAG RscpError = 0x07 ERR_ALREADY_IN_USE RscpError = 0x08 // undocumented, but happens for example in get_db_data if time and span is invalid (not available) ERR_UNEXPECTED RscpError = 0xFFFFFFFF )
all errors as constant nolint: revive,stylecheck
func RscpErrorString ¶
RscpErrorString retrieves an enum value from the enum constants string name. Throws an error if the param is not part of the enum.
func RscpErrorValues ¶
func RscpErrorValues() []RscpError
RscpErrorValues returns all values of the enum
func (RscpError) IsARscpError ¶
IsARscpError returns "true" if the value is listed in the enum definition. "false" otherwise
func (RscpError) MarshalJSON ¶
MarshalJSON implements the json.Marshaler interface for RscpError
func (*RscpError) UnmarshalJSON ¶
UnmarshalJSON implements the json.Unmarshaler interface for RscpError
type Tag ¶
type Tag uint32
Tag datatype
const ( // Dieser TAG kapselt eine Authorisierungsanfrage an das S10. // Er enthält daher die Daten-Tags AUTHENTICATION_USER und AUTHENTICATION_PASSWORD RSCP_REQ_AUTHENTICATION Tag = 0x00000001 // Benutzername innerhalb eines REQ_AUTHENTICATION RSCP_AUTHENTICATION_USER Tag = 0x00000002 // Passwort innerhalb eines REQ_AUTHENTICATION RSCP_AUTHENTICATION_PASSWORD Tag = 0x00000003 // Die Antwort auf einen REQ_AUTHENTICATION die den erhaltenen Level enthällt. // ist die Authorisierung fehlgeschlagen. // NO_AUTH - 0 // USER - 10 // INSTALLER - 20 // PARTNER - 30 // E3DC - 40 // E3DC_ADMIN - 50 // E3DC_ROOT - 60 RSCP_AUTHENTICATION Tag = 0x00800001 RSCP_REQ_USER_LEVEL Tag = 0x00000004 RSCP_USER_LEVEL Tag = 0x00800004 // Setze einen Netzwerk Encryption-Passphrase RSCP_REQ_SET_ENCRYPTION_PASSPHRASE Tag = 0x00000005 RSCP_SET_ENCRYPTION_PASSPHRASE Tag = 0x00800005 RSCP_GENERAL_ERROR Tag = 0x00FFFFFF // PV-Leistung des S10s in W EMS_REQ_POWER_PV Tag = 0x01000001 // Batterie-Leistung des S10s in W (-=entladen / +=laden) EMS_REQ_POWER_BAT Tag = 0x01000002 // Hausverbrauchsleistung in W EMS_REQ_POWER_HOME Tag = 0x01000003 // Leistung am Netzeinspeisepunkt in W (-=Einspeisung / +=Bezug) EMS_REQ_POWER_GRID Tag = 0x01000004 // Leistung eines zusätzlich vorhandenen Einspeisers in W EMS_REQ_POWER_ADD Tag = 0x01000005 // Autarkie in % EMS_REQ_AUTARKY Tag = 0x01000006 // Eigenverbrauch in % EMS_REQ_SELF_CONSUMPTION Tag = 0x01000007 // Batterieladezustand in % EMS_REQ_BAT_SOC Tag = 0x01000008 // Abfrage des Betriebsmodus EMS_REQ_COUPLING_MODE Tag = 0x01000009 EMS_REQ_STORED_ERRORS Tag = 0x0100000A EMS_REQ_MODE Tag = 0x01000011 EMS_REQ_BALANCED_PHASES Tag = 0x01000012 EMS_REQ_INSTALLED_PEAK_POWER Tag = 0x01000013 EMS_REQ_DERATE_AT_PERCENT_VALUE Tag = 0x01000014 EMS_REQ_DERATE_AT_POWER_VALUE Tag = 0x01000015 EMS_REQ_ERROR_BUZZER_ENABLED Tag = 0x01000016 EMS_REQ_SET_BALANCED_PHASES Tag = 0x01000017 EMS_REQ_SET_INSTALLED_PEAK_POWER Tag = 0x01000018 EMS_REQ_SET_DERATE_PERCENT Tag = 0x01000019 EMS_REQ_SET_ERROR_BUZZER_ENABLED Tag = 0x0100001A EMS_REQ_START_ADJUST_BATTERY_VOLTAGE Tag = 0x0100001B EMS_REQ_CANCEL_ADJUST_BATTERY_VOLTAGE Tag = 0x0100001C EMS_REQ_ADJUST_BATTERY_VOLTAGE_STATUS Tag = 0x0100001D EMS_REQ_CONFIRM_ERRORS Tag = 0x0100001E EMS_REQ_POWER_WB_ALL Tag = 0x0100001F EMS_REQ_POWER_WB_SOLAR Tag = 0x01000020 // Anfragetag ob ein zusätzlicher Leistungsmesser installiert ist, der zusäztliche Quellen misst EMS_REQ_EXT_SRC_AVAILABLE Tag = 0x01000021 // PV-Leistung des S10s in W EMS_POWER_PV Tag = 0x01800001 // Batterie-Leistung des S10s in W (-=entladen / +=laden) EMS_POWER_BAT Tag = 0x01800002 // Hausverbrauchsleistung in W EMS_POWER_HOME Tag = 0x01800003 // Leistung am Netzeinspeisepunkt in W (-=Einspeisung / +=Bezug) EMS_POWER_GRID Tag = 0x01800004 // Leistung eines zusätzlich vorhandenen Einspeisers in W EMS_POWER_ADD Tag = 0x01800005 // Autarkie in % EMS_AUTARKY Tag = 0x01800006 // Eigenverbrauch in % EMS_SELF_CONSUMPTION Tag = 0x01800007 // Batterieladezustand in % EMS_BAT_SOC Tag = 0x01800008 // Betriebsmodus: // 0: DC // 1: DC-MultiWR // 2: AC // 3: HYBRID // 4: ISLAND EMS_COUPLING_MODE Tag = 0x01800009 // Wenn das EMS im Fehlerzustand ist, wird eine Fehlermeldung übertragen! EMS_STORED_ERRORS Tag = 0x0180000A // Wenn das EMS im Fehlerzustand ist, wird eine Fehlermeldung übertragen! EMS_ERROR_CONTAINER Tag = 0x0180000B // Wenn das EMS im Fehlerzustand ist, wird eine Fehlermeldung übertragen! EMS_ERROR_TYPE Tag = 0x0180000C // Wenn das EMS im Fehlerzustand ist, wird eine Fehlermeldung übertragen! EMS_ERROR_SOURCE Tag = 0x0180000D // Wenn das EMS im Fehlerzustand ist, wird eine Fehlermeldung übertragen! EMS_ERROR_MESSAGE Tag = 0x0180000E // Wenn das EMS im Fehlerzustand ist, wird eine Fehlermeldung übertragen! EMS_ERROR_CODE Tag = 0x0180000F // Wenn das EMS im Fehlerzustand ist, wird eine Fehlermeldung übertragen! EMS_ERROR_TIMESTAMP Tag = 0x01800010 EMS_MODE Tag = 0x01800011 EMS_BALANCED_PHASES Tag = 0x01800012 EMS_INSTALLED_PEAK_POWER Tag = 0x01800013 EMS_DERATE_AT_PERCENT_VALUE Tag = 0x01800014 EMS_DERATE_AT_POWER_VALUE Tag = 0x01800015 EMS_ERROR_BUZZER_ENABLED Tag = 0x01800016 EMS_SET_BALANCED_PHASES Tag = 0x01800017 EMS_SET_INSTALLED_PEAK_POWER Tag = 0x01800018 EMS_SET_DERATE_PERCENT Tag = 0x01800019 EMS_SET_ERROR_BUZZER_ENABLED Tag = 0x0180001A EMS_START_ADJUST_BATTERY_VOLTAGE Tag = 0x0180001B EMS_CANCEL_ADJUST_BATTERY_VOLTAGE Tag = 0x0180001C EMS_ADJUST_BATTERY_VOLTAGE_STATUS Tag = 0x0180001D EMS_CONFIRM_ERRORS Tag = 0x0180001E EMS_POWER_WB_ALL Tag = 0x0180001F EMS_POWER_WB_SOLAR Tag = 0x01800020 EMS_EXT_SRC_AVAILABLE Tag = 0x01800021 // Mit diesem TAG kann in die Regelung des S10s eingegriffen werden. // Bei DC-Systemen ist die Ladeleistung auf die anliegende PV-Leistung beschränkt, // bei AC und Hybrid-Systemen kann die Ladeleistung auch größer der PV-Leistung sein. // Achtung: Wenn mit diesem Kommando eingegriffen wird, wird eine eventuell gesetzte Einspeisereduzierung NICHT beachtet! // Achtung: Das Kommando muss mindestens alle 30 Sekunden gesetzt werden, ansonsten geht das EMS in den Normalmodus. EMS_REQ_SET_POWER Tag = 0x01000030 // Der Modus in den das S10 gehen soll: // AUTO/NORMAL MODUS 0 // IDLE MODUS 1 // ENTLADEN MODUS 2 // LADEN MODUS 3 // NETZ_LADE MODUS 4 EMS_REQ_SET_POWER_MODE Tag = 0x01000031 EMS_REQ_SET_POWER_VALUE Tag = 0x01000032 // Die Antwort auf einen REQ_SET_POWER. Es werden die empfangenen Werte zurückgespiegelt. EMS_SET_POWER Tag = 0x01800030 // Liefert den aktuellen Status des EMS. EMS_REQ_STATUS Tag = 0x01000040 EMS_STATUS Tag = 0x01800040 EMS_REQ_USED_CHARGE_LIMIT Tag = 0x01000041 EMS_REQ_BAT_CHARGE_LIMIT Tag = 0x01000042 EMS_REQ_DCDC_CHARGE_LIMIT Tag = 0x01000043 EMS_REQ_USER_CHARGE_LIMIT Tag = 0x01000044 EMS_REQ_USED_DISCHARGE_LIMIT Tag = 0x01000045 EMS_REQ_BAT_DISCHARGE_LIMIT Tag = 0x01000046 EMS_REQ_DCDC_DISCHARGE_LIMIT Tag = 0x01000047 EMS_REQ_USER_DISCHARGE_LIMIT Tag = 0x01000048 EMS_USED_CHARGE_LIMIT Tag = 0x01800041 EMS_BAT_CHARGE_LIMIT Tag = 0x01800042 EMS_DCDC_CHARGE_LIMIT Tag = 0x01800043 EMS_USER_CHARGE_LIMIT Tag = 0x01800044 EMS_USED_DISCHARGE_LIMIT Tag = 0x01800045 EMS_BAT_DISCHARGE_LIMIT Tag = 0x01800046 EMS_DCDC_DISCHARGE_LIMIT Tag = 0x01800047 EMS_USER_DISCHARGE_LIMIT Tag = 0x01800048 // Setzt einen Regelungsoffset auf den Batterieleistungssteuerung EMS_REQ_SET_POWER_CONTROL_OFFSET Tag = 0x01000060 // Antwort mit dem tatsächlich gesetzten Offset EMS_SET_POWER_CONTROL_OFFSET Tag = 0x01800060 EMS_REQ_REMAINING_BAT_CHARGE_POWER Tag = 0x01000071 // Noch mögliche Ladeleistung nach Abzug der momentanen Ladeleistung vom momentanen Limit EMS_REMAINING_BAT_CHARGE_POWER Tag = 0x01800071 EMS_REQ_REMAINING_BAT_DISCHARGE_POWER Tag = 0x01000072 // Noch mögliche Entladeleistung nach Abzug der momentanen Entladeleistung vom momentanen Limit EMS_REMAINING_BAT_DISCHARGE_POWER Tag = 0x01800072 EMS_REQ_EMERGENCY_POWER_STATUS Tag = 0x01000073 // Status: // NOT_POSSIBLE = 0x00 // ACTIVE = 0x01 // NOT_ACTIVE = 0x02 // NOT_AVAILABLE = 0x03 // SWITCH_IN_ISLAND_STATE = 0x04 EMS_EMERGENCY_POWER_STATUS Tag = 0x01800073 // Startet oder stoppt den Notstrommodus // NORMAL_GRID_MODE = 0x00, // EMERGENCY_MODE = 0x01, // ISLAND_NO_POWER_MODE = 0x02 EMS_REQ_SET_EMERGENCY_POWER Tag = 0x01000074 EMS_SET_EMERGENCY_POWER Tag = 0x01800074 // Die verfügbare Solarleistung wird mit diesem Wert überschrieben! (Dieser Wert wird an die WallBox gesendet) EMS_REQ_SET_OVERRIDE_AVAILABLE_POWER Tag = 0x01000075 EMS_SET_OVERRIDE_AVAILABLE_POWER Tag = 0x01800075 // Mode: // 1 = Modus aktiviert // 0 = Modus deaktiviert // 0xFF = Aktivierung nicht möglich (BatteryBeforeCar noch aktiv?) EMS_SET_BATTERY_TO_CAR_MODE Tag = 0x01800076 // Aktiviert, deaktiviert den BatteryToCar Modus EMS_REQ_SET_BATTERY_TO_CAR_MODE Tag = 0x01000076 // 1 = Modus aktiviert / 0 = Modus deaktiviert EMS_BATTERY_TO_CAR_MODE Tag = 0x01800077 // Statusabfrage des BatteryToCar Modus EMS_REQ_BATTERY_TO_CAR_MODE Tag = 0x01000077 // Mode: // 1 = Modus aktiviert // 0 = Modus deaktiviert // 0xFF = Aktivierung nicht möglich (BatteryToCar noch aktiv?) EMS_SET_BATTERY_BEFORE_CAR_MODE Tag = 0x01800078 // Aktiviert, deaktiviert den BatteryBeforeCar Modus EMS_REQ_SET_BATTERY_BEFORE_CAR_MODE Tag = 0x01000078 // Mode: // 1 = Modus aktiviert // 0 = Modus deaktiviert EMS_BATTERY_BEFORE_CAR_MODE Tag = 0x01800079 // Statusabfrage des BatteryBeforeCar Modus EMS_REQ_BATTERY_BEFORE_CAR_MODE Tag = 0x01000079 EMS_REQ_GET_IDLE_PERIODS Tag = 0x01000080 EMS_GET_IDLE_PERIODS Tag = 0x01800080 EMS_REQ_SET_IDLE_PERIODS Tag = 0x01000081 EMS_SET_IDLE_PERIODS Tag = 0x01800081 EMS_IDLE_PERIOD Tag = 0x01000082 EMS_IDLE_PERIOD_TYPE Tag = 0x01000083 EMS_IDLE_PERIOD_DAY Tag = 0x01000084 EMS_IDLE_PERIOD_START Tag = 0x01000085 EMS_IDLE_PERIOD_END Tag = 0x01000086 EMS_IDLE_PERIOD_HOUR Tag = 0x01000087 EMS_IDLE_PERIOD_MINUTE Tag = 0x01000088 EMS_IDLE_PERIOD_ACTIVE Tag = 0x01000089 EMS_REQ_IDLE_PERIOD_CHANGE_MARKER Tag = 0x0100008A EMS_IDLE_PERIOD_CHANGE_MARKER Tag = 0x0180008A EMS_REQ_GET_POWER_SETTINGS Tag = 0x0100008B EMS_GET_POWER_SETTINGS Tag = 0x0180008B // Wird zum setzen der Power Settings verwendet. Kann folgende TAGs enthalten: // POWER_LIMITS_USED // MAX_CHARGE_POWER // MAX_DISCHARGE_POWER // MINIMUM_DISCHARGE_POWER // POWERSAVE_ENABLED // WEATHER_REGULATED_CHARGE_ENABLED EMS_REQ_SET_POWER_SETTINGS Tag = 0x0100008C // Enthält die Antwort auf das Setzen der PowerSettings. Gibt für jeden gesetzen Wert eine entsprechendes Element mit Rückgabecode zurück. // // Kann die Folgenden TAGS enthalten: // RES_POWER_LIMITS_USED // RES_MAX_CHARGE_POWER // RES_MAX_DISCHARGE_POWER // RES_MINIMUM_DISCHARGE_POWER // RES_POWERSAVE_ENABLED // RES_WEATHER_REGULATED_CHARGE_ENABLED EMS_SET_POWER_SETTINGS Tag = 0x0180008C EMS_POWER_LIMITS_USED Tag = 0x01000100 EMS_RES_POWER_LIMITS_USED Tag = 0x01800100 EMS_MAX_CHARGE_POWER Tag = 0x01000101 // returns: // 1 bei Erfolg, allerdings ist das limit unterhalb des empfohlenden Limits // 0 Werte erfolgreich gesetzt // -1 Wert außerhalb des zulässigen Bereichs // -2 setzen momentan nicht möglich, später erneut versuchen EMS_RES_MAX_CHARGE_POWER Tag = 0x01800101 EMS_MAX_DISCHARGE_POWER Tag = 0x01000102 // returns: // 1 bei Erfolg, allerdings ist das limit unterhalb des empfohlenden Limits // 0 Werte erfolgreich gesetzt // -1 Wert außerhalb des zulässigen Bereichs // -2 setzen momentan nicht möglich, später erneut versuchen EMS_RES_MAX_DISCHARGE_POWER Tag = 0x01800102 EMS_DISCHARGE_START_POWER Tag = 0x01000103 // returns: // 0 Werte erfolgreich gesetzt // -1 Wert außerhalb des zulässigen Bereichs // -2 setzen momentan nicht möglich, später erneut versuchen EMS_RES_DISCHARGE_START_POWER Tag = 0x01800103 EMS_POWERSAVE_ENABLED Tag = 0x01000104 EMS_RES_POWERSAVE_ENABLED Tag = 0x01800104 EMS_WEATHER_REGULATED_CHARGE_ENABLED Tag = 0x01000105 EMS_RES_WEATHER_REGULATED_CHARGE_ENABLED Tag = 0x01800105 EMS_WEATHER_FORECAST_MODE Tag = 0x01000106 // undocumented response tag EMS_RES_WEATHER_FORECAST_MODE Tag = 0x01800106 // undocumented response tag EMS_REQ_SETTINGS_CHANGE_MARKER Tag = 0x0100008D EMS_SETTINGS_CHANGE_MARKER Tag = 0x0180008D EMS_REQ_GET_MANUAL_CHARGE Tag = 0x0100008E EMS_GET_MANUAL_CHARGE Tag = 0x0180008E EMS_MANUAL_CHARGE_START_COUNTER Tag = 0x01000150 EMS_MANUAL_CHARGE_ACTIVE Tag = 0x01000151 EMS_MANUAL_CHARGE_ENERGY_COUNTER Tag = 0x01000152 EMS_MANUAL_CHARGE_LASTSTART Tag = 0x01000153 EMS_REQ_START_MANUAL_CHARGE Tag = 0x0100008F EMS_START_MANUAL_CHARGE Tag = 0x0180008F EMS_REQ_START_EMERGENCYPOWER_TEST Tag = 0x01000090 // Gibt als Rückantwort die Anzahl der gestarteten Notstromtests zurück EMS_START_EMERGENCYPOWER_TEST Tag = 0x01800090 EMS_REQ_GET_GENERATOR_STATE Tag = 0x01000091 // State: // Idle = 0x00 // HeatUp = 0x01 // HeatUpDone = 0x02 // Starting = 0x03 // StartingPause = 0x04 // Running = 0x05 // Stopping = 0x06 // Stopped = 0x07 // RelaisControlMode = 0x10 // Kein Generator vorhanden oder Generatorinterface kommuniziert nicht = 0xFF EMS_GET_GENERATOR_STATE Tag = 0x01800091 // State: // 0x01 - Manueller Generatorstop (falls aktuell aktiv) und aktivieren des Normalbetrieb // 0x02 - Manueller Generatorstart EMS_REQ_SET_GENERATOR_MODE Tag = 0x01000092 // Gibt als Rückantwort // Erfolgreich = 0x01 // Unbekannter Generatormodus = 0xFE // Kein Generator vorhanden oder Generatorinterface kommuniziert nicht = 0xFF EMS_SET_GENERATOR_MODE Tag = 0x01800092 EMS_REQ_EMERGENCYPOWER_TEST_STATUS Tag = 0x01000093 EMS_EMERGENCYPOWER_TEST_STATUS Tag = 0x01800093 EMS_EPTEST_NEXT_TESTSTART Tag = 0x01000094 EMS_EPTEST_START_COUNTER Tag = 0x01000095 EMS_EPTEST_RUNNING Tag = 0x01000096 // undocumented request EMS_REQ_SYS_STATUS Tag = 0x01000098 // undocumented response (interpretation unknown) EMS_SYS_STATUS Tag = 0x0100009E EMS_REQ_GET_SYS_SPECS Tag = 0x01000097 // Enthält 1 -x Untercontainer vom Typ SYS_SPEC EMS_GET_SYS_SPECS Tag = 0x01800098 // Enthält die Elemente SYS_SPEC_INDEX, SYS_SPEC_NAME, SYS_SPEC_VALUE und kennzeichnet eine Systemeigenschaft EMS_SYS_SPEC Tag = 0x01000099 // Der Index der Systemeigenschaft EMS_SYS_SPEC_INDEX Tag = 0x0100009A // Der Name der Systemeigenschaft EMS_SYS_SPEC_NAME Tag = 0x0100009B // Der Wert der Systemeigenschaft EMS_SYS_SPEC_VALUE_INT Tag = 0x0100009C // Der Wert der Systemeigenschaft als String EMS_SYS_SPEC_VALUE_STRING Tag = 0x0100009D // Abfrage ob das S10-EMS betriebsbereit ist. EMS_REQ_ALIVE Tag = 0x01050000 EMS_ALIVE Tag = 0x01850000 EMS_GENERAL_ERROR Tag = 0x01FFFFFF // Beinhaltet alle Anfrage-TAGs, der Container MUSS einen Index enthalten BAT_REQ_DATA Tag = 0x03040000 // Index des angefragten Gerätes (Im Moment immer 0 bei der Batterie), kann in der Anfrage und in der Antwort vorkommen. BAT_INDEX Tag = 0x03040001 // Antwort mit allen Daten der REQ_DATA Anfrage BAT_DATA Tag = 0x03840000 // Rückgabewert für errechnet SOC Wert BAT_RSOC Tag = 0x03800001 // Rückgabewert für gesamte Batteriespannung BAT_MODULE_VOLTAGE Tag = 0x03800002 // Rückgabewert für gesamten Batteriestrom BAT_CURRENT Tag = 0x03800003 // Rückgabewert für maximale Batteriespannung BAT_MAX_BAT_VOLTAGE Tag = 0x03800004 // Rückgabewert für maximale Batterieladestrom BAT_MAX_CHARGE_CURRENT Tag = 0x03800005 // Rückgabewert für Entladeschlussspannung BAT_EOD_VOLTAGE Tag = 0x03800006 // Rückgabewert für maximale Batterieentladestrom BAT_MAX_DISCHARGE_CURRENT Tag = 0x03800007 // Rückgabewert für Batterieladezyklen BAT_CHARGE_CYCLES Tag = 0x03800008 // Rückgabewert für die Terminalspannung BAT_TERMINAL_VOLTAGE Tag = 0x03800009 // Rückgabewert für Batteriestatus BAT_STATUS_CODE Tag = 0x0380000A // Rückgabewert für Batteriefehler BAT_ERROR_CODE Tag = 0x0380000B // Rückgabewert für Batteriebezeichnung BAT_DEVICE_NAME Tag = 0x0380000C // Rückgabewert für Anzahl der gefundenen DCBs BAT_DCB_COUNT Tag = 0x0380000D BAT_MAX_DCB_CELL_CURRENT Tag = 0x03800012 // source https://github.com/rxhan/RSCPGui BAT_MIN_DCB_CELL_CURRENT Tag = 0x03800013 // source https://github.com/rxhan/RSCPGui BAT_MAX_DCB_CELL_VOLTAGE Tag = 0x03800014 // source https://github.com/rxhan/RSCPGui BAT_MIN_DCB_CELL_VOLTAGE Tag = 0x03800015 // source https://github.com/rxhan/RSCPGui BAT_MAX_DCB_CELL_TEMPERATURE Tag = 0x03800016 // Ein Container mit allen Temperaturen für die angefragte DCB. BAT_MIN_DCB_CELL_TEMPERATURE Tag = 0x03800017 // Ein Container mit allen Spannungen für die angefragte DCB. BAT_DCB_CELL_TEMPERATURE Tag = 0x03800019 BAT_DCB_CELL_VOLTAGE Tag = 0x0380001B BAT_READY_FOR_SHUTDOWN Tag = 0x0380001E // Dieser Container beinhaltet die Antwort auf ein REQ_INFO. Es beinhaltet immer die folgenden TAGs: // - BAT_RSOC // - BAT_MODULE_VOLTAGE // - BAT_CURRENT // - BAT_MAX_DCB_CELL_TEMPERATURE // - BAT_STATUS_CODE // - BAT_ERROR_CODE // - BAT_CHARGE_CYCLES BAT_INFO Tag = 0x03800020 // Batterietrainingmodus // 0 - Nicht im Training // 1 - Trainingmodus Entladen // 2 - Trainingmodus Laden BAT_TRAINING_MODE Tag = 0x03800021 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_RSOC Tag = 0x03000001 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_MODULE_VOLTAGE Tag = 0x03000002 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_CURRENT Tag = 0x03000003 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_MAX_BAT_VOLTAGE Tag = 0x03000004 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_MAX_CHARGE_CURRENT Tag = 0x03000005 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_EOD_VOLTAGE Tag = 0x03000006 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_MAX_DISCHARGE_CURRENT Tag = 0x03000007 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_CHARGE_CYCLES Tag = 0x03000008 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_TERMINAL_VOLTAGE Tag = 0x03000009 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_STATUS_CODE Tag = 0x0300000A // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_ERROR_CODE Tag = 0x0300000B // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_DEVICE_NAME Tag = 0x0300000C // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_DCB_COUNT Tag = 0x0300000D // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_MAX_DCB_CELL_TEMPERATURE Tag = 0x03000016 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_MIN_DCB_CELL_TEMPERATURE Tag = 0x03000017 BAT_REQ_DCB_ALL_CELL_TEMPERATURES Tag = 0x03000018 // source https://github.com/rxhan/RSCPGui BAT_DCB_ALL_CELL_TEMPERATURES Tag = 0x03800018 // source https://github.com/rxhan/RSCPGui BAT_REQ_DCB_ALL_CELL_VOLTAGES Tag = 0x0300001A // source https://github.com/rxhan/RSCPGui BAT_DCB_ALL_CELL_VOLTAGES Tag = 0x0380001A // source https://github.com/rxhan/RSCPGui // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_READY_FOR_SHUTDOWN Tag = 0x0300001E // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_INFO Tag = 0x03000020 // Kann nur innerhalb eines REQ_BAT_DATA Container verwendet werden! BAT_REQ_TRAINING_MODE Tag = 0x03000021 BAT_REQ_DCB_INFO Tag = 0x03000042 // source https://github.com/rxhan/RSCPGui BAT_DCB_INFO Tag = 0x03800042 // source https://github.com/rxhan/RSCPGui BAT_DCB_INDEX Tag = 0x03800100 BAT_DCB_LAST_MESSAGE_TIMESTAMP Tag = 0x03800101 BAT_DCB_MAX_CHARGE_VOLTAGE Tag = 0x03800102 BAT_DCB_MAX_CHARGE_CURRENT Tag = 0x03800103 BAT_DCB_END_OF_DISCHARGE Tag = 0x03800104 BAT_DCB_MAX_DISCHARGE_CURRENT Tag = 0x03800105 BAT_DCB_FULL_CHARGE_CAPACITY Tag = 0x03800106 BAT_DCB_REMAINING_CAPACITY Tag = 0x03800107 BAT_DCB_SOC Tag = 0x03800108 BAT_DCB_SOH Tag = 0x03800109 BAT_DCB_CYCLE_COUNT Tag = 0x03800110 BAT_DCB_CURRENT Tag = 0x03800111 BAT_DCB_VOLTAGE Tag = 0x03800112 BAT_DCB_CURRENT_AVG_30S Tag = 0x03800113 BAT_DCB_VOLTAGE_AVG_30S Tag = 0x03800114 BAT_DCB_DESIGN_CAPACITY Tag = 0x03800115 BAT_DCB_DESIGN_VOLTAGE Tag = 0x03800116 BAT_DCB_CHARGE_LOW_TEMPERATURE Tag = 0x03800117 BAT_DCB_CHARGE_HIGH_TEMPERATURE Tag = 0x03800118 BAT_DCB_MANUFACTURE_DATE Tag = 0x03800119 BAT_DCB_SERIALNO Tag = 0x03800120 BAT_DCB_PROTOCOL_VERSION Tag = 0x03800121 BAT_DCB_FW_VERSION Tag = 0x03800122 BAT_DCB_DATA_TABLE_VERSION Tag = 0x03800123 BAT_DCB_PCB_VERSION Tag = 0x03800124 BAT_DCB_NR_SERIES_CELL Tag = 0x03800300 // source https://github.com/rxhan/RSCPGui BAT_DCB_NR_PARALLEL_CELL Tag = 0x03800301 // source https://github.com/rxhan/RSCPGui BAT_DCB_MANUFACTURE_NAME Tag = 0x03800302 // source https://github.com/rxhan/RSCPGui BAT_DCB_DEVICE_NAME Tag = 0x03800303 // source https://github.com/rxhan/RSCPGui BAT_DCB_SERIALCODE Tag = 0x03800304 // source https://github.com/rxhan/RSCPGui BAT_DCB_NR_SENSOR Tag = 0x03800305 // source https://github.com/rxhan/RSCPGui BAT_DCB_STATUS Tag = 0x03800306 // source https://github.com/rxhan/RSCPGui BAT_DCB_WARNING Tag = 0x03800307 // source https://github.com/rxhan/RSCPGui BAT_DCB_ALARM Tag = 0x03800308 // source https://github.com/rxhan/RSCPGui BAT_DCB_ERROR Tag = 0x03800309 // source https://github.com/rxhan/RSCPGui BAT_REQ_DEVICE_STATE Tag = 0x03060000 // DEVICE_CONNECTED & DEVICE_WORKING & DEVICE_IN_SERVICE BAT_DEVICE_STATE Tag = 0x03860000 // Kommt nur im BAT_DEVICE_STATE Antwort vor BAT_DEVICE_CONNECTED Tag = 0x03860001 // Kommt nur im BAT_DEVICE_STATE Antwort vor BAT_DEVICE_WORKING Tag = 0x03860002 // Kommt nur im BAT_DEVICE_STATE Antwort vor BAT_DEVICE_IN_SERVICE Tag = 0x03860003 BAT_GENERAL_ERROR Tag = 0x03FFFFFF // Beinhaltet alle Anfrage-TAGs, der Container MUSS einen Index enthalten PM_REQ_DATA Tag = 0x05040000 // Index des angefragten Gerätes (0?x), muss in Anfrage und ist in Antwort enthalten PM_INDEX Tag = 0x05040001 // Antwort mit allen Daten der REQ_DATA Anfrage PM_DATA Tag = 0x05840000 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_POWER_L1 Tag = 0x05000001 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_POWER_L2 Tag = 0x05000002 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_POWER_L3 Tag = 0x05000003 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_ACTIVE_PHASES Tag = 0x05000004 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_MODE Tag = 0x05000005 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_ENERGY_L1 Tag = 0x05000006 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_ENERGY_L2 Tag = 0x05000007 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_ENERGY_L3 Tag = 0x05000008 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_DEVICE_ID Tag = 0x05000009 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_ERROR_CODE Tag = 0x0500000A // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_SET_PHASE_ELIMINATION Tag = 0x0500000B // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_GET_PHASE_ELIMINATION Tag = 0x05000018 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_FIRMWARE_VERSION Tag = 0x0500000C // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_VOLTAGE_L1 Tag = 0x05000011 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_VOLTAGE_L2 Tag = 0x05000012 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_VOLTAGE_L3 Tag = 0x05000013 // Kann nur innerhalb eines REQ_PM_DATA Container verwendet werden! PM_REQ_TYPE Tag = 0x05000014 // Current power on L1 PM_POWER_L1 Tag = 0x05800001 // Current power on L2 PM_POWER_L2 Tag = 0x05800002 // Current power on L3 PM_POWER_L3 Tag = 0x05800003 // just the three lowest bits of activePhases are used to define // what phase is switched on. If the lowest bit is 1 phase1 is active // if the lowest bit is 0 phase 1 is inactive ... // static const unsigned char PHASE_1 = 1 // static const unsigned char PHASE_2 = 2 // static const unsigned char PHASE_3 = 4 // f.e. if active Phases = 7 -> all phases are active PM_ACTIVE_PHASES Tag = 0x05800004 // used to identify the error bit, if error code is available mode = ERROR_ACTIVE_MODE. ACTIVE_MODE else. Ignore all other modes. // static const unsigned char ACTIVE_MODE = 0 // static const unsigned char PASSIVE_MODE = 1 // static const unsigned char DIAGNOSE_MODE = 2 // static const unsigned char ERROR_ACTIVE_MODE = 3 // static const unsigned char ERROR_PASSIVE_MODE = 4 PM_MODE Tag = 0x05800005 // Energy counter L1 PM_ENERGY_L1 Tag = 0x05800006 // Energy counter L2 PM_ENERGY_L2 Tag = 0x05800007 // Energy counter L3 PM_ENERGY_L3 Tag = 0x05800008 // ID of that device PM_DEVICE_ID Tag = 0x05800009 // Last reported error code (see mode if error has relevance) PM_ERROR_CODE Tag = 0x0580000A PM_SET_PHASE_ELIMINATION Tag = 0x0580000B PM_GET_PHASE_ELIMINATION Tag = 0x05800018 PM_FIRMWARE_VERSION Tag = 0x0580000C // Current voltage on L1 0 if not supported, use ACTIVE_PHASES to detect a broken phase PM_VOLTAGE_L1 Tag = 0x05800011 // Current voltage on L2 PM_VOLTAGE_L2 Tag = 0x05800012 // Current voltage on L3 PM_VOLTAGE_L3 Tag = 0x05800013 // Leistungsmesser Typ: // PM_TYPE_UNDEFINED 0 // PM_TYPE_ROOT 1 // PM_TYPE_ADDITIONAL 2 // PM_TYPE_ADDITIONAL_PRODUCTION 3 // PM_TYPE_ADDITIONAL_CONSUMPTION 4 // PM_TYPE_FARM 5 // PM_TYPE_UNUSED 6 // PM_TYPE_WALLBOX 7 // PM_TYPE_FARM_ADDITIONAL 8 PM_TYPE Tag = 0x05800014 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_START_TIME Tag = 0x05800051 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_LAST_TIME Tag = 0x05800052 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_SUCC_FRAMES_ALL Tag = 0x05800053 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_SUCC_FRAMES_100 Tag = 0x05800054 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_EXP_FRAMES_ALL Tag = 0x05800055 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_EXP_FRAMES_100 Tag = 0x05800056 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_ERR_FRAMES_ALL Tag = 0x05800057 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_ERR_FRAMES_100 Tag = 0x05800058 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_UNK_FRAMES Tag = 0x05800059 // kann nur innerhalb eines REQ_PM_COMM_STATE Container verwendet werden! PM_CS_ERR_FRAME Tag = 0x0580005A PM_REQ_DEVICE_STATE Tag = 0x05060000 // DEVICE_CONNECTED & DEVICE_WORKING & DEVICE_IN_SERVICE PM_DEVICE_STATE Tag = 0x05860000 PM_DEVICE_CONNECTED Tag = 0x05860001 PM_DEVICE_WORKING Tag = 0x05860002 PM_DEVICE_IN_SERVICE Tag = 0x05860003 PM_GENERAL_ERROR Tag = 0x05FFFFFF // Beinhaltet alle Anfrage-TAGs, der Container MUSS einen Index enthalten DCDC_REQ_DATA Tag = 0x04040000 // Index des angefragten Gerätes (0?n für die FBC Nr oder 0xFF für Gruppe), Kommt in der Anfrage und in der Antwort zum DATA-Tag vor DCDC_INDEX Tag = 0x04040001 // Antwort mit allen Daten der REQ_DATA Anfrage DCDC_DATA Tag = 0x04840000 // As parameter the index of the DCDC is required. Index 0 is for GroupController. DCDC_REQ_I_BAT Tag = 0x04000001 DCDC_REQ_U_BAT Tag = 0x04000002 DCDC_REQ_P_BAT Tag = 0x04000003 DCDC_REQ_I_DCL Tag = 0x04000004 DCDC_REQ_U_DCL Tag = 0x04000005 DCDC_REQ_P_DCL Tag = 0x04000006 DCDC_REQ_FIRMWARE_VERSION Tag = 0x04000008 DCDC_REQ_FPGA_FIRMWARE Tag = 0x04000009 DCDC_REQ_SERIAL_NUMBER Tag = 0x0400000A DCDC_REQ_BOARD_VERSION Tag = 0x0400000B DCDC_REQ_FLASH_FILE_LIST Tag = 0x0400000C DCDC_REQ_IS_FLASHING Tag = 0x0400000E DCDC_REQ_FLASH Tag = 0x0400000F DCDC_REQ_STATUS Tag = 0x04000010 DCDC_REQ_STATUS_AS_STRING Tag = 0x04000013 DCDC_I_BAT Tag = 0x04800001 DCDC_U_BAT Tag = 0x04800002 DCDC_P_BAT Tag = 0x04800003 DCDC_I_DCL Tag = 0x04800004 DCDC_U_DCL Tag = 0x04800005 DCDC_P_DCL Tag = 0x04800006 DCDC_FIRMWARE_VERSION Tag = 0x04800008 DCDC_FPGA_FIRMWARE Tag = 0x04800009 DCDC_SERIAL_NUMBER Tag = 0x0480000A DCDC_BOARD_VERSION Tag = 0x0480000B DCDC_FLASH_FILE_LIST Tag = 0x0480000C DCDC_FLASH_FILE Tag = 0x0480000D DCDC_IS_FLASHING Tag = 0x0480000E DCDC_FLASH Tag = 0x0480000F DCDC_STATUS Tag = 0x04800010 DCDC_STATE Tag = 0x04800011 DCDC_SUBSTATE Tag = 0x04800012 DCDC_STATUS_AS_STRING Tag = 0x04800013 DCDC_STATE_AS_STRING Tag = 0x04800014 DCDC_SUBSTATE_AS_STRING Tag = 0x04800015 DCDC_REQ_DEVICE_STATE Tag = 0x04060000 // DEVICE_CONNECTED & DEVICE_WORKING & DEVICE_IN_SERVICE DCDC_DEVICE_STATE Tag = 0x04860000 DCDC_DEVICE_CONNECTED Tag = 0x04860001 DCDC_DEVICE_WORKING Tag = 0x04860002 DCDC_DEVICE_IN_SERVICE Tag = 0x04860003 DCDC_GENERAL_ERROR Tag = 0x04FFFFFF // PVI_INDEX & PVI_... Antwort mit allen Daten der REQ_DATA Anfrage PVI_DATA Tag = 0x02840000 // PVI_INDEX & PVI_REQ... Beinhaltet alle Anfrage-TAGs, der Container MUSS einen Index enthalten PVI_REQ_DATA Tag = 0x02040000 // Index des angefragten Gerätes (0?x), Muss in Anfrage und Antwort zum DATA-Tag vorkommen PVI_INDEX Tag = 0x02040001 // dataType gibt den jeweiligen Daten Typ zurück! PVI_VALUE Tag = 0x02040005 PVI_GENERAL_ERROR Tag = 0x02FFFFFF PVI_ON_GRID Tag = 0x02800001 PVI_REQ_ON_GRID Tag = 0x02000001 PVI_STATE Tag = 0x02800002 PVI_REQ_STATE Tag = 0x02000002 PVI_LAST_ERROR Tag = 0x02800003 PVI_REQ_LAST_ERROR Tag = 0x02000003 PVI_FLASH_FILE Tag = 0x02800007 PVI_REQ_DEVICE_STATE Tag = 0x02060000 // DEVICE_CONNECTED & DEVICE_WORKING & DEVICE_IN_SERVICE PVI_DEVICE_STATE Tag = 0x02860000 PVI_DEVICE_CONNECTED Tag = 0x02860001 PVI_DEVICE_WORKING Tag = 0x02860002 PVI_DEVICE_IN_SERVICE Tag = 0x02860003 PVI_REQ_TYPE Tag = 0x02000009 // 1=SOLU 2=KACO 3=E3DC_E PVI_TYPE Tag = 0x02800009 // PVI_COS_PHI_VALUE & PVI_COS_PHI_IS_AKTIV & PVI_COS_PHI_EXCITED PVI_COS_PHI Tag = 0x02800060 PVI_REQ_COS_PHI Tag = 0x02000060 // PVI_COS_PHI_VALUE & PVI_COS_PHI_IS_AKTIV & PVI_COS_PHI_EXCITED PVI_REQ_SET_COS_PHI Tag = 0x02000061 PVI_COS_PHI_VALUE Tag = 0x02000062 PVI_COS_PHI_IS_AKTIV Tag = 0x02000063 PVI_COS_PHI_EXCITED Tag = 0x02000064 // PVI_VOLTAGE_MONITORING_THRESHOLD_TOP & // PVI_VOLTAGE_MONITORING_THRESHOLD_BOTTOM & // PVI_VOLTAGE_MONITORING_SLOPE_UP & // PVI_VOLTAGE_MONITORING_SLOPE_DOWN PVI_VOLTAGE_MONITORING Tag = 0x02800070 PVI_REQ_VOLTAGE_MONITORING Tag = 0x02000070 PVI_VOLTAGE_MONITORING_THRESHOLD_TOP Tag = 0x02000072 PVI_VOLTAGE_MONITORING_THRESHOLD_BOTTOM Tag = 0x02000073 PVI_VOLTAGE_MONITORING_SLOPE_UP Tag = 0x02000074 PVI_VOLTAGE_MONITORING_SLOPE_DOWN Tag = 0x02000075 // PVI_FREQUENCY_UNDER & PVI_FREQUENCY_OVER PVI_FREQUENCY_UNDER_OVER Tag = 0x02800080 PVI_REQ_FREQUENCY_UNDER_OVER Tag = 0x02000080 PVI_FREQUENCY_UNDER Tag = 0x02000082 PVI_FREQUENCY_OVER Tag = 0x02000083 // Mode: // IdleMode = 0, // NormalMode = 1, // GridChargeMode = 2, // BackupPowerMode = 3 PVI_SYSTEM_MODE Tag = 0x02800085 PVI_REQ_SYSTEM_MODE Tag = 0x02000085 // Mode: // PVI ON 1 // PVI OFF 0 // PVI ON_FORCE 101 // PVI OFF_FORCE 100 PVI_POWER_MODE Tag = 0x02800087 PVI_REQ_POWER_MODE Tag = 0x02000087 // PVI_INDEX & PVI_VALUE PVI_TEMPERATURE Tag = 0x02800100 PVI_REQ_TEMPERATURE Tag = 0x02000100 PVI_TEMPERATURE_COUNT Tag = 0x02800101 PVI_REQ_TEMPERATURE_COUNT Tag = 0x02000101 PVI_MAX_TEMPERATURE Tag = 0x02800102 PVI_REQ_MAX_TEMPERATURE Tag = 0x02000102 PVI_MIN_TEMPERATURE Tag = 0x02800103 PVI_REQ_MIN_TEMPERATURE Tag = 0x02000103 PVI_SERIAL_NUMBER Tag = 0x028ABC01 PVI_REQ_SERIAL_NUMBER Tag = 0x020ABC01 // PVI_VERSION_MAIN |& PVI_VERSION_PIC |& ?. PVI_VERSION Tag = 0x028ABC02 PVI_REQ_VERSION Tag = 0x020ABC02 PVI_VERSION_MAIN Tag = 0x020ABC03 PVI_VERSION_PIC Tag = 0x020ABC04 PVI_AC_MAX_PHASE_COUNT Tag = 0x028AC000 // PVI_INDEX & PVI_VALUE PVI_AC_POWER Tag = 0x028AC001 // PVI_INDEX & PVI_VALUE PVI_AC_VOLTAGE Tag = 0x028AC002 // PVI_INDEX & PVI_VALUE PVI_AC_CURRENT Tag = 0x028AC003 // PVI_INDEX & PVI_VALUE PVI_AC_APPARENTPOWER Tag = 0x028AC004 // PVI_INDEX & PVI_VALUE PVI_AC_REACTIVEPOWER Tag = 0x028AC005 // PVI_INDEX & PVI_VALUE PVI_AC_ENERGY_ALL Tag = 0x028AC006 // PVI_INDEX & PVI_VALUE PVI_AC_MAX_APPARENTPOWER Tag = 0x028AC007 // PVI_INDEX & PVI_VALUE PVI_AC_ENERGY_DAY Tag = 0x028AC008 // PVI_INDEX & PVI_VALUE PVI_AC_ENERGY_GRID_CONSUMPTION Tag = 0x028AC009 PVI_REQ_AC_MAX_PHASE_COUNT Tag = 0x020AC000 // Value der Anfrage beinhaltet die angefragte Phase PVI_REQ_AC_POWER Tag = 0x020AC001 // Value der Anfrage beinhaltet die angefragte Phase PVI_REQ_AC_VOLTAGE Tag = 0x020AC002 // Value der Anfrage beinhaltet die angefragte Phase PVI_REQ_AC_CURRENT Tag = 0x020AC003 // Value der Anfrage beinhaltet die angefragte Phase PVI_REQ_AC_APPARENTPOWER Tag = 0x020AC004 // Value der Anfrage beinhaltet die angefragte Phase PVI_REQ_AC_REACTIVEPOWER Tag = 0x020AC005 // Value der Anfrage beinhaltet die angefragte Phase PVI_REQ_AC_ENERGY_ALL Tag = 0x020AC006 // Value der Anfrage beinhaltet die angefragte Phase PVI_REQ_AC_MAX_APPARENTPOWER Tag = 0x020AC007 // Value der Anfrage beinhaltet die angefragte Phase PVI_REQ_AC_ENERGY_DAY Tag = 0x020AC008 // Value der Anfrage beinhaltet die angefragte Phase PVI_REQ_AC_ENERGY_GRID_CONSUMPTION Tag = 0x020AC009 PVI_DC_MAX_STRING_COUNT Tag = 0x028DC000 // PVI_INDEX & PVI_VALUE PVI_DC_POWER Tag = 0x028DC001 // PVI_INDEX & PVI_VALUE PVI_DC_VOLTAGE Tag = 0x028DC002 // PVI_INDEX & PVI_VALUE PVI_DC_CURRENT Tag = 0x028DC003 // PVI_INDEX & PVI_VALUE PVI_DC_MAX_POWER Tag = 0x028DC004 // PVI_INDEX & PVI_VALUE PVI_DC_MAX_VOLTAGE Tag = 0x028DC005 // PVI_INDEX & PVI_VALUE PVI_DC_MIN_VOLTAGE Tag = 0x028DC006 // PVI_INDEX & PVI_VALUE PVI_DC_MAX_CURRENT Tag = 0x028DC007 // PVI_INDEX & PVI_VALUE PVI_DC_MIN_CURRENT Tag = 0x028DC008 // PVI_INDEX & PVI_VALUE PVI_DC_STRING_ENERGY_ALL Tag = 0x028DC009 PVI_REQ_DC_MAX_STRING_COUNT Tag = 0x020DC000 PVI_REQ_DC_POWER Tag = 0x020DC001 PVI_REQ_DC_VOLTAGE Tag = 0x020DC002 PVI_REQ_DC_CURRENT Tag = 0x020DC003 PVI_REQ_DC_MAX_POWER Tag = 0x020DC004 PVI_REQ_DC_MAX_VOLTAGE Tag = 0x020DC005 PVI_REQ_DC_MIN_VOLTAGE Tag = 0x020DC006 PVI_REQ_DC_MAX_CURRENT Tag = 0x020DC007 PVI_REQ_DC_MIN_CURRENT Tag = 0x020DC008 PVI_REQ_DC_STRING_ENERGY_ALL Tag = 0x020DC009 HA_REQ_DATAPOINT_LIST Tag = 0x09000001 HA_REQ_ACTUATOR_STATES Tag = 0x09000010 // Beinhaltet // DATAPOINT_INDEX, DATAPOINT_TYPE, DATAPOINT_NAME, DATAPOINT_NAME, // DATAPOINT_DESCRIPTIONS, DATAPOINT_DESCRIPTION_VALUE, DATAPOINT_DESCRIPTION_VALUE HA_REQ_ADD_ACTUATOR Tag = 0x09000020 HA_REQ_REMOVE_ACTUATOR Tag = 0x09000030 // Beinhaltet DATAPOINT_INDEX, REQ_COMMAND HA_REQ_COMMAND_ACTUATOR Tag = 0x09000040 HA_REQ_COMMAND Tag = 0x09000041 // Beinhaltet DATAPOINT_INDEX, DATAPOINT_DESCRIPTIONS HA_REQ_DESCRIPTIONS_CHANGE Tag = 0x09000050 HA_REQ_CONFIGURATION_CHANGE_COUNTER Tag = 0x09000060 HA_CONFIGURATION_CHANGE_COUNTER Tag = 0x09800060 HA_DATAPOINT_LIST Tag = 0x09800001 // Beinhaltet DATAPOINT_INDEX, DATAPOINT_TYPE, DATAPOINT_NAME, DATAPOINT_DESCRIPTIONS HA_DATAPOINT Tag = 0x09800002 HA_DATAPOINT_INDEX Tag = 0x09800003 HA_DATAPOINT_TYPE Tag = 0x09800004 HA_DATAPOINT_NAME Tag = 0x09800005 // '1' - ON / '2' - OFF / '?' - Unknown / 'G' - Group HA_DATAPOINT_STATE Tag = 0x09800011 // Zeitstempel der letzten Statenachricht HA_DATAPOINT_STATE_TIMESTAMP Tag = 0x09800013 // Verschiedene Bedeutungen je nach DATAPOINTTYPE (z.B:Dimmer Prozente ) HA_DATAPOINT_STATE_VALUE Tag = 0x09800014 // Quality: // 0x00|0xFF ///< Not Available, no information // 0x01 ///< Empty // 0x02 ///< Change it // 0x03 ///< Medium // 0x04 ///< Good // 0x05 ///< New // 0x10 ///< mains-powered HA_DATAPOINT_SUPPLY_QUALITY Tag = 0x09800015 // Quality: // 0xFF ///< Not Available, no information // 0x00 - 0x64 ///<Wert in Prozent HA_DATAPOINT_SIGNAL_QUALITY Tag = 0x09800016 // Mode: // 'A' - Automatic // 'M' - Manual HA_DATAPOINT_MODE Tag = 0x09800012 // Beinhaltet mehrere HA_DATAPOINT_DESCRIPTION HA_DATAPOINT_DESCRIPTIONS Tag = 0x09800006 HA_DATAPOINT_DESCRIPTION Tag = 0x09800007 HA_DATAPOINT_DESCRIPTION_NAME Tag = 0x09800008 HA_DATAPOINT_DESCRIPTION_VALUE Tag = 0x09800009 // Beinhaltet eine Liste mit DATAPOINT Container HA_ACTUATOR_STATES Tag = 0x09800010 HA_ADD_ACTUATOR Tag = 0x09800020 HA_REMOVE_ACTUATOR Tag = 0x09800030 HA_COMMAND_ACTUATOR Tag = 0x09800040 HA_DESCRIPTIONS_CHANGE Tag = 0x09800050 HA_REQ_DEVICE_STATE Tag = 0x09060000 // DEVICE_CONNECTED & DEVICE_WORKING & DEVICE_IN_SERVICE HA_DEVICE_STATE Tag = 0x09860000 HA_DEVICE_CONNECTED Tag = 0x09860001 HA_DEVICE_WORKING Tag = 0x09860002 HA_DEVICE_IN_SERVICE Tag = 0x09860003 HA_GENERAL_ERROR Tag = 0x09FFFFFF SRV_REQ_IS_ONLINE Tag = 0x08000001 SRV_IS_ONLINE Tag = 0x08800001 SRV_REQ_ADD_USER Tag = 0x08000002 SRV_ADD_USER Tag = 0x08800002 SRV_GENERAL_ERROR Tag = 0x08FFFFFF INFO_REQ_SERIAL_NUMBER Tag = 0x0A000001 INFO_REQ_PRODUCTION_DATE Tag = 0x0A000002 INFO_REQ_MODULES_SW_VERSIONS Tag = 0x0A000003 INFO_REQ_A35_SERIAL_NUMBER Tag = 0x0A000007 INFO_REQ_IP_ADDRESS Tag = 0x0A000008 INFO_REQ_SUBNET_MASK Tag = 0x0A000009 INFO_REQ_MAC_ADDRESS Tag = 0x0A00000A INFO_REQ_GATEWAY Tag = 0x0A00000B INFO_REQ_DNS Tag = 0x0A00000C INFO_REQ_DHCP_STATUS Tag = 0x0A00000D INFO_REQ_TIME Tag = 0x0A00000E INFO_REQ_UTC_TIME Tag = 0x0A00000F INFO_REQ_TIME_ZONE Tag = 0x0A000010 INFO_REQ_INFO Tag = 0x0A000011 INFO_REQ_SET_IP_ADDRESS Tag = 0x0A000012 INFO_REQ_SET_SUBNET_MASK Tag = 0x0A000013 INFO_REQ_SET_DHCP_STATUS Tag = 0x0A000014 INFO_REQ_SET_GATEWAY Tag = 0x0A000015 INFO_REQ_SET_DNS Tag = 0x0A000016 INFO_REQ_SET_TIME_ZONE Tag = 0x0A000018 INFO_REQ_SW_RELEASE Tag = 0x0A000019 INFO_SERIAL_NUMBER Tag = 0x0A800001 INFO_PRODUCTION_DATE Tag = 0x0A800002 // Beinhaltet eine Liste mit INFO_MODULE_SW_VERSION Containern INFO_MODULES_SW_VERSIONS Tag = 0x0A800003 // Beinhaltet die TAGs INFO_MODULE und INFO_VERSION INFO_MODULE_SW_VERSION Tag = 0x0A800004 INFO_MODULE Tag = 0x0A800005 INFO_VERSION Tag = 0x0A800006 INFO_A35_SERIAL_NUMBER Tag = 0x0A800007 INFO_IP_ADDRESS Tag = 0x0A800008 INFO_SUBNET_MASK Tag = 0x0A800009 INFO_MAC_ADDRESS Tag = 0x0A80000A INFO_GATEWAY Tag = 0x0A80000B INFO_DNS Tag = 0x0A80000C INFO_DHCP_STATUS Tag = 0x0A80000D INFO_TIME Tag = 0x0A80000E INFO_UTC_TIME Tag = 0x0A80000F INFO_TIME_ZONE Tag = 0x0A800010 // Beinhaltet die TAGs INFO_SERIAL_NUMBER, INFO_PRODUCTION_DATE, INFO_MAC_ADDRESS INFO_INFO Tag = 0x0A800011 INFO_SET_IP_ADDRESS Tag = 0x0A800012 INFO_SET_SUBNET_MASK Tag = 0x0A800013 INFO_SET_DHCP_STATUS Tag = 0x0A800014 INFO_SET_GATEWAY Tag = 0x0A800015 INFO_SET_DNS Tag = 0x0A800016 INFO_SET_TIME Tag = 0x0A800017 INFO_SET_TIME_ZONE Tag = 0x0A800018 INFO_SW_RELEASE Tag = 0x0A800019 INFO_GENERAL_ERROR Tag = 0x0AFFFFFF EP_REQ_IS_READY_FOR_SWITCH Tag = 0x0B000003 EP_REQ_IS_GRID_CONNECTED Tag = 0x0B000004 EP_REQ_IS_ISLAND_GRID Tag = 0x0B000005 EP_REQ_IS_INVALID_STATE Tag = 0x0B000006 EP_REQ_IS_POSSIBLE Tag = 0x0B000007 EP_IS_READY_FOR_SWITCH Tag = 0x0B800003 EP_IS_GRID_CONNECTED Tag = 0x0B800004 EP_IS_ISLAND_GRID Tag = 0x0B800005 EP_IS_INVALID_STATE Tag = 0x0B800006 EP_IS_POSSIBLE Tag = 0x0B800007 EP_GENERAL_ERROR Tag = 0x0BFFFFFF // Muss die TAGs DB_REQ_HISTORY_TIME_START, DB_REQ_HISTORY_TIME_INTERVAL, DB_REQ_HISTORY_TIME_SPAN enthalten DB_REQ_HISTORY_DATA_DAY Tag = 0x06000100 DB_REQ_HISTORY_TIME_START Tag = 0x06000101 DB_REQ_HISTORY_TIME_INTERVAL Tag = 0x06000102 DB_REQ_HISTORY_TIME_SPAN Tag = 0x06000103 // Muss die TAGs DB_REQ_HISTORY_TIME_START, DB_REQ_HISTORY_TIME_INTERVAL, DB_REQ_HISTORY_TIME_SPAN enthalten DB_REQ_HISTORY_DATA_WEEK Tag = 0x06000200 // Muss die TAGs DB_REQ_HISTORY_TIME_START, DB_REQ_HISTORY_TIME_INTERVAL, DB_REQ_HISTORY_TIME_SPAN enthalten DB_REQ_HISTORY_DATA_MONTH Tag = 0x06000300 // Muss die TAGs DB_REQ_HISTORY_TIME_START, DB_REQ_HISTORY_TIME_INTERVAL, DB_REQ_HISTORY_TIME_SPAN enthalten DB_REQ_HISTORY_DATA_YEAR Tag = 0x06000400 // Die Summe zwischen der Energien über den Zeitraum DB_SUM_CONTAINER Tag = 0x06800010 // Meist mehr als einer von diesen Kontainern in einem HISTORY_DATA Kontainer DB_VALUE_CONTAINER Tag = 0x06800020 // Diagrammposition in Prozent DB_GRAPH_INDEX Tag = 0x06800001 DB_BAT_POWER_IN Tag = 0x06800002 DB_BAT_POWER_OUT Tag = 0x06800003 DB_DC_POWER Tag = 0x06800004 DB_GRID_POWER_IN Tag = 0x06800005 DB_GRID_POWER_OUT Tag = 0x06800006 DB_CONSUMPTION Tag = 0x06800007 DB_PM_0_POWER Tag = 0x06800008 DB_PM_1_POWER Tag = 0x06800009 DB_BAT_CHARGE_LEVEL Tag = 0x0680000A DB_BAT_CYCLE_COUNT Tag = 0x0680000B DB_CONSUMED_PRODUCTION Tag = 0x0680000C DB_AUTARKY Tag = 0x0680000D // Beinhaltet die Container DB_SUM_CONTAINER, VALUE_CONTAINER DB_HISTORY_DATA_DAY Tag = 0x06800100 // Beinhaltet die Container DB_SUM_CONTAINER, VALUE_CONTAINER DB_HISTORY_DATA_WEEK Tag = 0x06800200 // Beinhaltet die Container DB_SUM_CONTAINER, VALUE_CONTAINER DB_HISTORY_DATA_MONTH Tag = 0x06800300 // Beinhaltet die Container DB_SUM_CONTAINER, VALUE_CONTAINER DB_HISTORY_DATA_YEAR Tag = 0x06800400 DB_PAR_TIME_MIN Tag = 0x06B00000 DB_PAR_TIME_MAX Tag = 0x06B00001 DB_PARAM_ROW Tag = 0x06B00002 DB_PARAM_COLUMN Tag = 0x06B00003 DB_PARAM_INDEX Tag = 0x06B00004 DB_PARAM_VALUE Tag = 0x06B00005 DB_PARAM_MAX_ROWS Tag = 0x06B00006 DB_PARAM_TIME Tag = 0x06B00007 DB_PARAM_VERSION Tag = 0x06B00008 DB_PARAM_HEADER Tag = 0x06B00009 SYS_REQ_SYSTEM_REBOOT Tag = 0x0C000001 // Erläuterung // 0 - Reboot kann momentan nicht durchgeführt -> später nochmal versuchen (im Moment nicht in gebrauch) // 1 - Reboot wird durchgeführt // 2 - Warten auf andere Services danach wird Reboot autmatisch durchgeführt SYS_SYSTEM_REBOOT Tag = 0x0C800001 SYS_REQ_IS_SYSTEM_REBOOTING Tag = 0x0C000002 SYS_IS_SYSTEM_REBOOTING Tag = 0x0C800002 SYS_REQ_RESTART_APPLICATION Tag = 0x0C000003 // Erläuterung // false - Applikationsneustart kann nicht durchgeführt werden (z.B. Software Update läuft) -> später nochmal versuchen // true - Applikationsneustart wird durchgeführt SYS_RESTART_APPLICATION Tag = 0x0C800003 SYS_SCRIPT_FILE Tag = 0x0C800011 SYS_GENERAL_ERROR Tag = 0x0CFFFFFF UM_REQ_UPDATE_STATUS Tag = 0x0D000001 // Status: // IDLE = 0x00 // UPDATE_CHECK_RUNNING = 0x01 // UPDATING_MODULES_AND_FILES = 0x02 // UPDATING_HARDWARE = 0x03 UM_UPDATE_STATUS Tag = 0x0D800001 UM_REQ_CHECK_FOR_UPDATES Tag = 0x0D000003 // Status: // 0 = check nicht möglich (kein Internet?) // 1 = check wird ausgeführt, wenn was neues entdeckt wird, wird es installiert UM_CHECK_FOR_UPDATES Tag = 0x0D800003 UM_GENERAL_ERROR Tag = 0x0DFFFFFF // Beinhaltet alle Anfrage-TAGs, der Container MUSS einen Index enthalten WB_REQ_DATA Tag = 0x0E040000 // Index des angefragten Gerätes (0?x) 0xFF -> GroupController WB_INDEX Tag = 0x0E040001 // Antwort mit allen Daten der REQ_DATA Anfrage WB_DATA Tag = 0x0E840000 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_ENERGY_ALL Tag = 0x0E000001 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_ENERGY_SOLAR Tag = 0x0E000002 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! Nicht aussagekräftig solange die E-Cars das noch nicht unterstützen WB_REQ_SOC Tag = 0x0E000003 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_STATUS Tag = 0x0E000004 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_ERROR_CODE Tag = 0x0E000005 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_MODE Tag = 0x0E000006 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_APP_SOFTWARE Tag = 0x0E000007 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_BOOTLOADER_SOFTWARE Tag = 0x0E000008 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_HW_VERSION Tag = 0x0E000009 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_FLASH_VERSION Tag = 0x0E00000A // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_DEVICE_ID Tag = 0x0E00000B WB_REQ_DEVICE_STATE Tag = 0x0E060000 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_POWER_L1 Tag = 0x0E00000C // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_POWER_L2 Tag = 0x0E00000D // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_POWER_L3 Tag = 0x0E00000E // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_ACTIVE_PHASES Tag = 0x0E00000F // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_MODE Tag = 0x0E000011 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_ENERGY_L1 Tag = 0x0E000012 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_ENERGY_L2 Tag = 0x0E000013 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_ENERGY_L3 Tag = 0x0E000014 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_DEVICE_ID Tag = 0x0E000015 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_ERROR_CODE Tag = 0x0E000016 WB_REQ_PM_DEVICE_STATE Tag = 0x0E000029 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_PM_FIRMWARE_VERSION Tag = 0x0E000017 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_DIAG_INFOS Tag = 0x0E00001F // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_DIAG_WARNINGS Tag = 0x0E000020 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_DIAG_ERRORS Tag = 0x0E000021 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_DIAG_TEMP_1 Tag = 0x0E000022 // Kann nur innerhalb eines REQ_WB_DATA Container verwendet werden! WB_REQ_DIAG_TEMP_2 Tag = 0x0E000023 // Current power on L1 WB_ENERGY_ALL Tag = 0x0E800001 // Current power on L2 WB_ENERGY_SOLAR Tag = 0x0E800002 // Current power on L3 WB_SOC Tag = 0x0E800003 // just the three lowest bits of activePhases are used to define // what phase is switched on. If the lowest bit is 1 phase1 is active // if the lowest bit is 0 phase 1 is inactive ... // static const unsigned char PHASE_1 = 1 // static const unsigned char PHASE_2 = 2 // static const unsigned char PHASE_3 = 4 // f.e. if active Phases = 7 -> all phases are active WB_STATUS Tag = 0x0E800004 // used to identify the error bit, if error code is available mode = ERROR_ACTIVE_MODE. ACTIVE_MODE else. Ignore all other modes. // static const unsigned char ACTIVE_MODE = 0 // static const unsigned char PASSIVE_MODE = 1 // static const unsigned char DIAGNOSE_MODE = 2 // static const unsigned char ERROR_ACTIVE_MODE = 3 // static const unsigned char ERROR_PASSIVE_MODE = 4 WB_ERROR_CODE Tag = 0x0E800005 // Energy counter L1 WB_MODE Tag = 0x0E800006 // Energy counter L2 WB_APP_SOFTWARE Tag = 0x0E800007 // Energy counter L3 WB_BOOTLOADER_SOFTWARE Tag = 0x0E800008 // ID of that device WB_HW_VERSION Tag = 0x0E800009 // Last reported error code (see mode if error has relevance) WB_FLASH_VERSION Tag = 0x0E80000A WB_DEVICE_ID Tag = 0x0E80000B // DEVICE_CONNECTED & DEVICE_WORKING & DEVICE_IN_SERVICE WB_DEVICE_STATE Tag = 0x0E860000 WB_DEVICE_CONNECTED Tag = 0x0E860001 WB_DEVICE_WORKING Tag = 0x0E860002 WB_DEVICE_IN_SERVICE Tag = 0x0E860003 WB_GENERAL_ERROR Tag = 0x0EFFFFFF WB_PM_POWER_L1 Tag = 0x0E80000C WB_PM_POWER_L2 Tag = 0x0E80000D WB_PM_POWER_L3 Tag = 0x0E80000E WB_PM_ACTIVE_PHASES Tag = 0x0E80000F WB_PM_MODE Tag = 0x0E800011 WB_PM_ENERGY_L1 Tag = 0x0E800012 WB_PM_ENERGY_L2 Tag = 0x0E800013 WB_PM_ENERGY_L3 Tag = 0x0E800014 WB_PM_DEVICE_ID Tag = 0x0E800015 WB_PM_ERROR_CODE Tag = 0x0E800016 WB_PM_DEVICE_STATE Tag = 0x0E800029 WB_PM_DEVICE_STATE_CONNECTED Tag = 0x0E800030 WB_PM_DEVICE_STATE_WORKING Tag = 0x0E800031 WB_PM_DEVICE_STATE_IN_SERVICE Tag = 0x0E800032 WB_PM_FIRMWARE_VERSION Tag = 0x0E800017 WB_DIAG_INFOS Tag = 0x0E80001F WB_DIAG_WARNINGS Tag = 0x0E800020 WB_DIAG_ERRORS Tag = 0x0E800021 WB_DIAG_TEMP_1 Tag = 0x0E800022 WB_DIAG_TEMP_2 Tag = 0x0E800023 // Beinhaltet WB_INDEX, der Value entscheidet welche Wallbox abgefragt wird WB_REQ_AVAILABLE_SOLAR_POWER Tag = 0x0E041000 WB_POWER Tag = 0x0E041001 WB_STATUS_BIT Tag = 0x0E041002 WB_AVAILABLE_SOLAR_POWER Tag = 0x0E841000 WB_REQ_SET_MODE Tag = 0x0E000030 WB_MODE_PARAM_MODE Tag = 0x0E040031 WB_MODE_PARAM_MAX_CURRENT Tag = 0x0E040032 // err value, 0 for successfully set mode WB_SET_MODE Tag = 0x0E000031 // Expects EXTERN_DATA (length 6) and EXTERN_DATA_LEN =6 // Byte 1: 1-Sonnenmode / 2-Mischmode // Byte 2: Strombegrenzung für alle Modes, [1 ? 32] A // Byte 3: PreCharge (1: +5% // 2: -5%) // Byte 4: > 0: Anzahl Phasen tauschen // Byte 5: > 0: Typ2, Laden abbrechen // Byte 6: > 0: Schuko, Bestätigung für ?AN? WB_REQ_SET_EXTERN Tag = 0x0E041010 // no content WB_SET_EXTERN Tag = 0x0E841010 WB_EXTERN_DATA Tag = 0x0E042010 WB_EXTERN_DATA_LEN Tag = 0x0E042011 WB_REQ_EXTERN_DATA_SUN Tag = 0x0E041011 WB_REQ_EXTERN_DATA_NET Tag = 0x0E041012 WB_REQ_EXTERN_DATA_ALL Tag = 0x0E041013 WB_REQ_EXTERN_DATA_ALG Tag = 0x0E041014 // contains EXTERN_DATA (length 7) and EXTERN_DATA_LEN =7 // Byte 1-2: uint16, Sonnenleistung in [W] // Byte 3-6: uint32, Sonnenenergie in [Wh] // Byte 7: uint8, Sonnenmenge in [%] / WB_EXTERN_DATA_SUN Tag = 0x0E841011 // contains EXTERN_DATA (length 7) and EXTERN_DATA_LEN =7 // Byte 1-2: uint16, Netzleistung in [W] // Byte 3-6: uint32, Netzenergie in [Wh] // Byte 7: uint8, Netzmenge in [%] WB_EXTERN_DATA_NET Tag = 0x0E841012 // contains EXTERN_DATA (length 7) and EXTERN_DATA_LEN =7 // Byte 1-2: uint16, Gesamtleistung in [W] // Byte 3-6: uint32, Gesamtenergie in [Wh] // Byte 7: uint8, Gesamtmenge in [%] WB_EXTERN_DATA_ALL Tag = 0x0E841013 // contains EXTERN_DATA (length 7) and EXTERN_DATA_LEN =7 // Byte 1: uint8, PreCharge in [%] // Byte 2: uint8, 1: Sonnenmode, 0: Misch. // Byte 3: uint8, 1: Auto lädt, 0: lädt nicht // Byte 4: uint8, 1: Typ2 verriegelt, 0: entr. // Byte 5: uint8, Anzahl akt. Phasen [0-3] // Byte 6: uint4 low, 1: Schuko belegt // uint4 high, 1: Schuko an WB_EXTERN_DATA_ALG Tag = 0x0E841014 // Set capacity in Wh WB_REQ_SET_BAT_CAPACITY Tag = 0x0E041015 // Expects EXTERN_DATA (length 6) and EXTERN_DATA_LEN =6 // Byte 1: User Parameter, uint16 Byte 0 // Byte 2: User Parameter, uint16 Byte 1 // Byte 3: Maximaler Ladestrom, uint8 // Byte 4: Phasenspannung, uint8 // Byte 5: Display Sprache, uint8 // Byte 6: Display Design, uint8 WB_REQ_SET_PARAM_1 Tag = 0x0E041018 // Expects EXTERN_DATA (length 6) and EXTERN_DATA_LEN =6 // Byte 1: ISstart, uint8 in [A] // Byte 2: ISmin, uint8 in [A] // Byte 3: ISmax, uint8 in [A] // Byte 4 ? 6: Kein Inhalt WB_REQ_SET_PARAM_2 Tag = 0x0E041019 WB_SET_BAT_CAPACITY Tag = 0x0E841015 // contains EXTERN_DATA (length 6) and EXTERN_DATA_LEN =6 // Byte 1: User Parameter, uint16 Byte 0 // Byte 2: User Parameter, uint16 Byte 1 // Byte 3: Maximaler Ladestrom, uint8 // Byte 4: Phasenspannung, uint8 // Byte 5: Display Sprache, uint8 // Byte 6: Display Design, uint8 WB_SET_PARAM_1 Tag = 0x0E841018 // contains EXTERN_DATA (length 6) and EXTERN_DATA_LEN =6 // Byte 1: ISstart, uint8 in [A] // Byte 2: ISmin, uint8 in [A] // Byte 3: ISmax, uint8 in [A] // Byte 4 ? 6: Kein Inhalt / WB_SET_PARAM_2 Tag = 0x0E841019 WB_REQ_PARAM_2 Tag = 0x0E04101A // contains EXTERN_DATA (length 6) and EXTERN_DATA_LEN =6 // Byte 1: ISstart, uint8 in [A] // Byte 2: ISmin, uint8 in [A] // Byte 3: ISmax, uint8 in [A] // Byte 4 ? 6: Kein Inhalt WB_RSP_PARAM_2 Tag = 0x0E84101A WB_REQ_PARAM_1 Tag = 0x0E04101B // contains EXTERN_DATA (length 6) and EXTERN_DATA_LEN =6 // Byte 1: User Parameter, uint16 Byte 0 // Byte 2: User Parameter, uint16 Byte 1 // Byte 3: Maximaler Ladestrom, uint8 // Byte 4: Phasenspannung, uint8 // Byte 5: Display Sprache, uint8 // Byte 6: Display Design, uint8 WB_RSP_PARAM_1 Tag = 0x0E84101B )
all tags as constant nolint: revive,stylecheck
func TagString ¶
TagString retrieves an enum value from the enum constants string name. Throws an error if the param is not part of the enum.
func (Tag) IsATag ¶
IsATag returns "true" if the value is listed in the enum definition. "false" otherwise
func (Tag) MarshalJSON ¶
MarshalJSON implements the json.Marshaler interface for Tag
func (*Tag) UnmarshalJSON ¶
UnmarshalJSON implements the json.Unmarshaler interface for Tag
Source Files
¶
- authlevel.go
- authlevel_enumer.go
- client.go
- client_config.go
- client_status.go
- constants.go
- crypt.go
- datatype.go
- datatype_enumer.go
- datatype_length.go
- datatype_new.go
- datatype_validate.go
- errors.go
- helpers.go
- message.go
- message_helpers.go
- message_json.go
- read_request_slice.go
- reader.go
- request.go
- rscperror.go
- rscperror_enumer.go
- tag.go
- tag_datatype.go
- tag_enumer.go
- tag_functions.go
- tag_issecret.go
- writer.go
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