diff --git a/custom_components/solarman/const.py b/custom_components/solarman/const.py
index 3226c7c..50ec447 100644
--- a/custom_components/solarman/const.py
+++ b/custom_components/solarman/const.py
@@ -1,13 +1,13 @@
 from datetime import timedelta as td
 
-DOMAIN = 'solarman'
+DOMAIN = "solarman"
 PLATFORMS: list[str] = ["sensor"]
 SENSOR_PREFIX = "Solarman"
 
 DISCOVERY_MESSAGE = "WIFIKIT-214028-READ"
 DISCOVERY_PORT = 48899
+DISCOVERY_RECV_MESSAGE_SIZE = 1024
 
-DEFINITIONS = 'inverter_definitions'
 LOOKUP_DIRECTORY = "inverter_definitions"
 LOOKUP_DIRECTORY_PATH = f"custom_components/{DOMAIN}/{LOOKUP_DIRECTORY}/"
 
diff --git a/custom_components/solarman/discovery.py b/custom_components/solarman/discovery.py
index 9456f82..79febcf 100644
--- a/custom_components/solarman/discovery.py
+++ b/custom_components/solarman/discovery.py
@@ -38,7 +38,7 @@ async def _discover(self, address = "<broadcast>"):
 
                 while True:
                     try:
-                        recv = await loop.sock_recv(sock, 1024)
+                        recv = await loop.sock_recv(sock, DISCOVERY_RECV_MESSAGE_SIZE)
                         data = recv.decode().split(',')
                         if len(data) == 3:
                             self._ip = data[0]
diff --git a/custom_components/solarman/inverter_definitions/deye_sg01hp3.yaml b/custom_components/solarman/inverter_definitions/deye_sg01hp3.yaml
new file mode 100644
index 0000000..7776913
--- /dev/null
+++ b/custom_components/solarman/inverter_definitions/deye_sg01hp3.yaml
@@ -0,0 +1,1549 @@
+#
+# SUN-5/6/8/10/12/15/20/25K-SG01HP3-EU-AM2 | 5-25kW | Three Phase | 2 MPPT | Hybrid Inverter | HV Battery Supported
+#
+
+parameters:
+  - group: Parameters
+    items:
+      # Device - Type of the Device
+      - name: "Device"
+        update_interval: 300
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x0000]
+        icon: "mdi:information"
+        isstr: true
+        lookup:
+          - key: 0x0200
+            value: "String Inverter"
+          - key: 0x0300
+            value: "Single-Phase Hybrid Inverter"
+          - key: 0x0400
+            value: "Microinverter"
+          - key: 0x0005
+            value: "LV 3-Phase Hybrid Inverter"
+          - key: 0x0006
+            value: "HV 3-Phase Hybrid Inverter"
+          - key: 0x0600
+            value: "HV 3-Phase Inverter 6-15kw"
+          - key: 0x0601
+            value: "HV 3-Phase Inverter 20-50kw"
+        attributes:
+          [
+            "Device Modbus Address",
+            "Device Protocol Version",
+            "Device Serial Number",
+          ]
+
+      # Device - Modbus Address of the Device
+      - name: "Device Modbus Address"
+        attribute:
+        update_interval: 300
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x0001]
+        icon: "mdi:information"
+
+      # Device - Communication Protocol Version of the Device
+      - name: "Device Protocol Version"
+        attribute:
+        update_interval: 300
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x0002]
+        icon: "mdi:information"
+        isstr: true
+        lookup:
+          - key: 0x0100
+            value: "1.0"
+          - key: 0x0101
+            value: "1.1"
+          - key: 0x0102
+            value: "1.2"
+          - key: 0x0103
+            value: "1.3"
+          - key: 0x0104
+            value: "1.4"
+          - key: 0x0105
+            value: "1.5"
+
+      # Device - Serial Number of the Device
+      - name: "Device Serial Number"
+        attribute:
+        update_interval: 300
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 5
+        registers: [0x0003, 0x0004, 0x0005, 0x0006, 0x0007]
+        icon: "mdi:information"
+        isstr: true
+
+      # Device - Rated Power of the Device
+      - name: "Rated Power"
+        disabled: "Value not provided"
+        attribute:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 1
+        registers: [0x0008]
+
+  - group: Settings
+    items:
+      - name: "Battery Control Mode"
+        attribute:
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x0062]
+        icon: "mdi:battery"
+        isstr: true
+        lookup:
+          - key: 0x0000
+            value: "Lead-Battery, four-stage charging method"
+          - key: 0x0001
+            value: "Lithium"
+
+      - name: "Battery Equalization"
+        attribute:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.01
+        rule: 1
+        registers: [0x0063]
+        icon: "mdi:battery"
+        range:
+          min: 3800
+          max: 6100
+
+      - name: "Battery Absorption"
+        attribute:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.01
+        rule: 1
+        registers: [0x0064]
+        icon: "mdi:battery"
+        range:
+          min: 3800
+          max: 6100
+
+      - name: "Battery Float"
+        attribute:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.01
+        rule: 1
+        registers: [0x0065]
+        icon: "mdi:battery"
+        range:
+          min: 3800
+          max: 6100
+
+      - name: "Battery Capacity"
+        attribute:
+        class: ""
+        state_class: "measurement"
+        uom: "Ah"
+        scale: 1
+        rule: 1
+        registers: [0x0066]
+        icon: "mdi:battery"
+        range:
+          min: 0
+          max: 2000
+
+      - name: "Battery Empty"
+        attribute:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.01
+        rule: 1
+        registers: [0x0067]
+        icon: "mdi:battery"
+
+      - name: "Zero Export"
+        attribute:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 1
+        registers: [0x0068]
+        icon: "mdi:transmission-tower-import"
+
+      - name: "Battery Equalization Cycle"
+        attribute:
+        class: "duration"
+        state_class: "measurement"
+        uom: "d"
+        display_precision: 0
+        scale: 1
+        rule: 1
+        registers: [0x0069]
+        icon: "mdi:battery"
+        range:
+          min: 0
+          max: 90
+
+      - name: "Battery Equalization Time"
+        attribute:
+        class: "duration"
+        state_class: "measurement"
+        uom: "h"
+        scale: 0.5
+        rule: 1
+        registers: [0x006A]
+        icon: "mdi:battery"
+        range:
+          min: 0
+          max: 20
+
+      - name: "Battery Temperature Compensation"
+        attribute:
+        class: ""
+        state_class: "measurement"
+        uom: "mV/*C"
+        scale: 1
+        rule: 2
+        registers: [0x006B]
+        icon: "mdi:battery"
+        range:
+          min: 0
+          max: 50
+
+      - name: "Battery Max Charging Current"
+        attribute:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 1
+        rule: 1
+        registers: [0x006C]
+        icon: "mdi:battery"
+        range:
+          min: 0
+          max: 185
+
+      - name: "Battery Max Discharging Current"
+        attribute:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 1
+        rule: 1
+        registers: [0x006D]
+        icon: "mdi:battery"
+        range:
+          min: 0
+          max: 185
+
+      - name: "Battery Grid Charging Current"
+        attribute:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 1
+        rule: 1
+        registers: [0x0080]
+        icon: "mdi:battery"
+        range:
+          min: 0
+          max: 185
+
+      - name: "Battery Grid Charging"
+        attribute:
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x0082]
+        icon: "mdi:battery"
+        isstr: true
+        lookup:
+          - key: 0x0000
+            value: "Disabled"
+          - key: 0x0001
+            value: "Enabled"
+
+      - name: "SmartLoad Mode"
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x0085]
+        icon: "mdi:lightning-bolt-circle"
+        isstr: true
+        lookup:
+          - key: 0x0000
+            value: "Generator"
+          - key: 0x0001
+            value: "Output"
+          - key: 0x0002
+            value: "Microinverter"
+
+      - name: "SmartLoad Off"
+        class: ""
+        state_class: "measurement"
+        uom: "%"
+        scale: 1
+        rule: 1
+        registers: [0x0087]
+        icon: "mdi:lightning-bolt-circle"
+        range:
+          min: 0
+          max: 100
+
+      - name: "SmartLoad On"
+        class: ""
+        state_class: "measurement"
+        uom: "%"
+        scale: 1
+        rule: 1
+        registers: [0x0089]
+        icon: "mdi:lightning-bolt-circle"
+        range:
+          min: 0
+          max: 100
+
+  - group: BMS
+    items:
+      - name: "BMS Charging Voltage"
+        attribute:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x00D2]
+        icon: "mdi:battery"
+
+      - name: "BMS Discharging Voltage"
+        attribute:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x00D3]
+        icon: "mdi:battery"
+
+      - name: "BMS Charging Current Limit"
+        attribute:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 1
+        rule: 1
+        registers: [0x00D4]
+        icon: "mdi:battery"
+
+      - name: "BMS Discharging Current Limit"
+        attribute:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 1
+        rule: 1
+        registers: [0x00D5]
+        icon: "mdi:battery"
+
+      - name: "BMS"
+        class: ""
+        state_class: "measurement"
+        uom: "%"
+        scale: 1
+        rule: 1
+        registers: [0x00D6]
+        icon: "mdi:battery"
+        validation:
+          min: 0
+          max: 101
+        attributes:
+          [
+            "BMS Type",
+            "BMS Charging Voltage",
+            "BMS Discharging Voltage",
+            "BMS Charging Current Limit",
+            "BMS Discharging Current Limit",
+            "BMS Max Charging Current",
+            "BMS Max Discharging Current",
+          ]
+
+      - name: "BMS Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x00D7]
+
+      - name: "BMS Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.1
+        rule: 2
+        registers: [0x00D8]
+
+      - name: "BMS Max Charging Current"
+        attribute:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 1
+        rule: 1
+        registers: [0x00DA]
+        icon: "mdi:battery"
+
+      - name: "BMS Max Discharging Current"
+        attribute:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 1
+        rule: 1
+        registers: [0x00DB]
+        icon: "mdi:battery"
+
+      - name: "BMS Alarm"
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x00DC]
+        icon: "mdi:battery-alert"
+        isstr: true
+        lookup_default: "Active"
+        lookup:
+          - key: 0
+            value: "Inactive"
+          - key: 1
+            value: "Active"
+
+      - name: "BMS Fault Location"
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x00DD]
+        icon: "mdi:battery-alert"
+        range:
+          min: 0
+          max: 65535
+
+      - name: "BMS Other Symbol"
+        disabled:
+        attribute:
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x00DE]
+        icon: "mdi:battery-unknown"
+        range:
+          min: 0
+          max: 65535
+
+      - name: "BMS Type"
+        attribute:
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x00DF]
+        icon: "mdi:battery"
+        isstr: true
+        lookup:
+          - key: 0x0000
+            value: "PYLON"
+          - key: 0x0001
+            value: "Tianbangda"
+          - key: 0x0002
+            value: "KOK"
+          - key: 0x0003
+            value: "keith"
+          - key: 0x0004
+            value: "Toppai"
+          - key: 0x0005
+            value: "Peneng 485"
+          - key: 0x0006
+            value: "Jeris 485"
+          - key: 0x0007
+            value: "Sunwoda 485"
+          - key: 0x0008
+            value: "Xinrui 485"
+          - key: 0x0009
+            value: "Tianbangda 485"
+          - key: 0x000A
+            value: "Shenggao Electric CAN"
+
+  - group: Device
+    items:
+      # Device - Operating (Running) status
+      - name: "Device Status"
+        update_interval: 30
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x01F4]
+        icon: "mdi:information"
+        range:
+          min: 0
+          max: 5
+        isstr: true
+        lookup:
+          - key: 0x0000
+            value: "Standby"
+          - key: 0x0001
+            value: "Self-test"
+          - key: 0x0002
+            value: "Normal"
+          - key: 0x0003
+            value: "Alarm"
+          - key: 0x0004
+            value: "Fault"
+
+  - group: Meter
+    items:
+      - name: "Today Battery Charge"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 1
+        registers: [0x0202]
+        icon: "mdi:battery-plus"
+
+      - name: "Today Battery Discharge"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 1
+        registers: [0x0203]
+        icon: "mdi:battery-minus"
+
+      - name: "Total Battery Charge"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 3
+        registers: [0x0204, 0x0205]
+        icon: "mdi:battery-plus"
+
+      - name: "Total Battery Discharge"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 3
+        registers: [0x0206, 0x0207]
+        icon: "mdi:battery-minus"
+
+      - name: "Today Battery Life Cycles"
+        class: ""
+        state_class: "total_increasing"
+        uom: ""
+        scale: 1
+        rule: 0
+        params: ["Today Battery Charge", "Battery Capacity", "Battery Nominal Voltage"]
+        formula: "round({0} / ({1} * {2} / 1000), 2)"
+        icon: "mdi:battery-sync"
+
+      - name: "Total Battery Life Cycles"
+        class: ""
+        state_class: "total_increasing"
+        uom: ""
+        scale: 1
+        rule: 0
+        params: ["Total Battery Charge", "Battery Capacity", "Battery Nominal Voltage"]
+        formula: "round({0} / ({1} * {2} / 1000), 2)"
+        icon: "mdi:battery-sync"
+
+      - name: "Today Energy Export"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 1
+        registers: [0x0208]
+        icon: "mdi:transmission-tower-export"
+
+      - name: "Today Energy Import"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 1
+        registers: [0x0209]
+        icon: "mdi:transmission-tower-import"
+
+      - name: "Total Energy Export"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 3
+        registers: [0x020A, 0x020B]
+        icon: "mdi:transmission-tower-export"
+
+      - name: "Total Energy Import"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 3
+        registers: [0x020C, 0x020D]
+        icon: "mdi:transmission-tower-import"
+
+      - name: "Today Load Consumption"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 1
+        registers: [0x020E]
+
+      - name: "Total Load Consumption"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 3
+        registers: [0x020F, 0x0210]
+
+      - name: "Today Losses"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 0
+        params: ["Today Energy Export", "Today Production", "Today Battery Discharge", "Today Energy Import", "Today Load Consumption", "Today Battery Charge"]
+        formula: "max(round({0} + {1} + {2} - {3} - {4} - {5}, 1), 0)"
+
+      - name: "Total Losses"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 0
+        params: ["Total Energy Export", "Total Production", "Total Battery Discharge", "Total Energy Import", "Total Load Consumption", "Total Battery Charge"]
+        formula: "max(round({0} + {1} + {2} - {3} - {4} - {5}, 1), 0)"
+
+      - name: "Today Production"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 1
+        registers: [0x0211]
+        icon: "mdi:solar-power"
+
+      - name: "Total Production"
+        class: "energy"
+        state_class: "total_increasing"
+        uom: "kWh"
+        scale: 0.1
+        rule: 3
+        registers: [0x0216, 0x0217]
+        icon: "mdi:solar-power"
+
+      - name: "DC Temperature"
+        disabled:
+        class: "temperature"
+        state_class: "measurement"
+        uom: "°C"
+        scale: 0.1
+        rule: 2
+        offset: 1000
+        registers: [0x021C]
+        icon: "mdi:thermometer"
+        range:
+          min: 0
+          max: 3000
+
+      - name: "Temperature"
+        class: "temperature"
+        state_class: "measurement"
+        uom: "°C"
+        scale: 0.1
+        rule: 2
+        offset: 1000
+        registers: [0x021D]
+        icon: "mdi:thermometer"
+        range:
+          min: 0
+          max: 3000
+
+  - group: Status
+    items:
+      # Device - Power on/off status
+      - name: "Device Power Status"
+        update_interval: 30
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x0227]
+        icon: "mdi:information"
+        isstr: true
+        lookup:
+          - key: 0x0000
+            value: "Off"
+          - key: 0x0001
+            value: "On"
+
+      # Device - AC Relay status
+      - name: "Device Relay Status"
+        update_interval: 30
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 1
+        registers: [0x0228]
+        icon: "mdi:information"
+        isstr: true
+        lookup_default: "Power Supply"
+        lookup:
+          - key: 0x0001
+            value: "Inverter"
+          - key: 0x0004
+            value: "Grid"
+          - key: 0x0005
+            value: "Inverter-Grid"
+          - key: 0x0008
+            value: "Generator"
+          - key: 0x0009
+            value: "Inverter-Gen"
+          - key: 0x000C
+            value: "Grid-Generator"
+          - key: 0x000D
+            value: "Inv-Grid-Gen"
+
+      # Device - AC Grid state
+      - name: "Device State"
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 0
+        params: ["Device Relay Status enum"]
+        formula: "'On-grid' if {0} & 4 == 4 else 'Off-grid'"
+        isstr: true
+        icon: "mdi:transmission-tower-off"
+
+      # Device - Alarm message (word 1 & 2) [0, 65535]
+      - name: "Device Alert"
+        update_interval: 30
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 3
+        registers: [0x0229, 0x022A]
+        icon: "mdi:alert-circle"
+        isstr: true
+        lookup_default: "Error"
+        lookup:
+          - key: 0x0000
+            value: "Ok"
+          - key: 0x0001
+            value: "Fan failure"
+          - key: 0x0002
+            value: "Grid error"
+          - key: 0x4000
+            value: "Battery loss"
+          - key: 0x8000
+            value: "Parallel communication quality"
+
+      # Device - Fault message (word 1, 2, 3 & 4) [0, 65535]
+      - name: "Device Fault"
+        update_interval: 30
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 6
+        registers: [0x22B, 0x022C, 0x022D, 0x022E]
+        icon: "mdi:alert"
+
+  - group: Battery
+    items:
+      # Battery - The temperature of battery 1
+      - name: "Battery Temperature"
+        realtime:
+        class: "temperature"
+        state_class: "measurement"
+        uom: "°C"
+        scale: 0.1
+        rule: 1
+        offset: 1000
+        registers: [0x024A]
+        range:
+          min: 0
+          max: 3000
+        validation:
+          min: 1
+          max: 99
+          invalidate_all:
+
+      # Battery - The voltage of battery 1 (L:0.01V, H:0.1V)
+      - name: "Battery Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x024B]
+
+      # Battery - The State of Charge (SOC) of battery 1
+      - name: "Battery"
+        class: "battery"
+        state_class: "measurement"
+        uom: "%"
+        scale: 1
+        rule: 1
+        registers: [0x024C]
+        range:
+          min: 0
+          max: 100
+        validation:
+          min: 0
+          max: 101
+        attributes:
+          [
+            "Battery Control Mode",
+            "Battery Capacity",
+            "Battery Corrected Capacity",
+            "Battery Absorption",
+            "Battery Float",
+            "Battery Empty",
+            "Battery Equalization",
+            "Battery Equalization Cycle",
+            "Battery Equalization Time",
+            "Battery Temperature Compensation",
+            "Battery Max Charging Current",
+            "Battery Max Discharging Current",
+            "Battery Grid Charging",
+            "Battery Grid Charging Current",
+          ]
+
+      # Battery - The power of battery is S16bit (low 16 bits | L:1W, H:10W)
+      - name: "Battery Power"
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 10
+        rule: 2
+        registers: [0x024E]
+
+      # Battery - The state of health
+      - name: "Battery SOH"
+        class: ""
+        state_class: "measurement"
+        uom: "%"
+        scale: 1
+        rule: 0
+        params: ["Total Battery Charge", "Battery Capacity", "Battery Nominal Voltage", "Battery Life Cycle Rating"]
+        formula: "round(100 - {0} / ({1} * {2} / 1000) / ({3} * 0.05), 2)"
+        icon: "mdi:battery-heart"
+
+      # Battery - The state of battery
+      - name: "Battery State"
+        class: ""
+        state_class: ""
+        uom: ""
+        scale: 1
+        rule: 0
+        params: ["Battery Power", "Battery Power"]
+        formula: "'discharging' if {0} > 50 else 'charging' if {1} < -50 else 'static'"
+        isstr: true
+        icon: "mdi:battery"
+
+      # Battery - The current of battery 1 is S16bit (low 16 bits)
+      - name: "Battery Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x024F]
+
+      # Battery - Actual capacity of the battery
+      - name: "Battery Corrected Capacity"
+        attribute:
+        class: "current"
+        state_class: "measurement"
+        uom: "Ah"
+        display_precision: 2
+        scale: 1
+        rule: 1
+        registers: [0x0250]
+        icon: "mdi:battery"
+        range:
+          min: 0
+          max: 3000
+
+  - group: Grid
+    items:
+      # Grid side - The voltage of phase A
+      - name: "Grid L1 Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x0256]
+        icon: "mdi:transmission-tower"
+
+      # Grid side - The voltage of phase B
+      - name: "Grid L2 Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x0257]
+        icon: "mdi:transmission-tower"
+
+      # Grid side - The voltage of phase C
+      - name: "Grid L3 Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x0258]
+        icon: "mdi:transmission-tower"
+
+      # Grid internal - The power of phase A is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Internal CT1 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x025C, 0x02BC]
+        icon: "mdi:transmission-tower"
+
+      # Grid internal - The power of phase B is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Internal CT2 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x025D, 0x02BD]
+        icon: "mdi:transmission-tower"
+
+      # Grid internal - The power of phase C is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Internal CT3 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x025E, 0x02BE]
+        icon: "mdi:transmission-tower"
+
+      # Grid internal - Total active power is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Internal Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x025F, 0x02BF]
+        icon: "mdi:transmission-tower"
+
+      # Grid internal - The current of phase A is S16bit (low 16 bits)
+      - name: "Internal CT1 Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x0262]
+        icon: "mdi:transmission-tower"
+
+      # Grid internal - The current of phase B is S16bit (low 16 bits)
+      - name: "Internal CT2 Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x0263]
+        icon: "mdi:transmission-tower"
+
+      # Grid internal - The current of phase C is S16bit (low 16 bits)
+      - name: "Internal CT3 Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x0264]
+        icon: "mdi:transmission-tower"
+
+      # Grid external - The current of phase A is S16bit (low 16 bits)
+      - name: "External CT1 Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x0265]
+        icon: "mdi:transmission-tower"
+
+      # Grid external - The current of phase B is S16bit (low 16 bits)
+      - name: "External CT2 Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x0266]
+        icon: "mdi:transmission-tower"
+
+      # Grid external - The current of phase C is S16bit (low 16 bits)
+      - name: "External CT3 Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x0267]
+        icon: "mdi:transmission-tower"
+
+      # Grid external - The power of phase A is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "External CT1 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x0268, 0x02C1]
+        icon: "mdi:transmission-tower"
+
+      # Grid external - The power of phase B is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "External CT2 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x0269, 0x02C2]
+        icon: "mdi:transmission-tower"
+
+      # Grid external - The power of phase C is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "External CT3 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x026A, 0x02C3]
+        icon: "mdi:transmission-tower"
+
+      # Grid external - Total active power is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "External Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x026B, 0x02C4]
+        icon: "mdi:transmission-tower"
+
+      # The following three (four) registers change according to the built-in and external settings
+      # Grid - The power of phase A is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Grid L1 Power"
+        realtime:
+        class: "measurement"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x026E, 0x02AF]
+        icon: "mdi:transmission-tower"
+
+      # Grid - The power of phase A is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Grid L2 Power"
+        realtime:
+        class: "measurement"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x026F, 0x02B0]
+        icon: "mdi:transmission-tower"
+
+      # Grid - The power of phase A is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Grid L3 Power"
+        realtime:
+        class: "measurement"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x0270, 0x02B1]
+        icon: "mdi:transmission-tower"
+
+      # Grid - Total active power is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Grid Power"
+        realtime:
+        class: "measurement"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x0271, 0x02B2]
+        icon: "mdi:transmission-tower"
+        attributes:
+          [
+            "Zero Export",
+          ]
+
+  - group: Inverter
+    items:
+      # Inverter output - The voltage of phase A
+      - name: "Inverter L1 Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x0273]
+
+      # Inverter output - The voltage of phase B
+      - name: "Inverter L2 Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x0274]
+
+      # Inverter output - The voltage of phase C
+      - name: "Inverter L3 Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x0275]
+
+      # Inverter output - The current of phase A is S16bit (low 16 bits)
+      - name: "Inverter L1 Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x0276]
+
+      # Inverter output - The current of phase B is S16bit (low 16 bits)
+      - name: "Inverter L2 Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x0277]
+
+      # Inverter output - The current of phase C is S16bit (low 16 bits)
+      - name: "Inverter L3 Current"
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.01
+        rule: 2
+        registers: [0x0278]
+
+      # Inverter output - The power of phase A is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Inverter L1 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x0279, 0x02B3]
+
+      # Inverter output - The power of phase B is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Inverter L2 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x027A, 0x02B4]
+
+      # Inverter output - The power of phase C is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Inverter L3 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x027B, 0x02B5]
+
+      # Inverter output - Total active power is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Inverter Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 4
+        registers: [0x027C, 0x02B6]
+
+      # Inverter - Includes consumption of the device itself aswell power losses of AC/DC conversions
+      - name: "Power losses"
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 0
+        params: ["Battery Power", "PV1 Power", "PV2 Power", "Inverter Power"]
+        formula: "max({0} + {1} + {2} - {3}, 0)"
+
+      # Inverter - Frequency
+      - name: "Inverter Frequency"
+        realtime:
+        class: "frequency"
+        state_class: "measurement"
+        uom: "Hz"
+        scale: 0.01
+        rule: 1
+        registers: [0x027E]
+
+  - group: Upload
+    items:
+      # UPS output - The power of phase A is U16bit (low 16 bits) + U16bit (high 16 bits)
+      - name: "UPS L1 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 3
+        registers: [0x0280, 0x02B8]
+        icon: "mdi:home-lightning-bolt"
+
+      # UPS output - The power of phase B is U16bit (low 16 bits) + U16bit (high 16 bits)
+      - name: "UPS L2 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 3
+        registers: [0x0281, 0x02B9]
+        icon: "mdi:home-lightning-bolt"
+
+      # UPS output - The power of phase C is U16bit (low 16 bits) + U16bit (high 16 bits)
+      - name: "UPS L3 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 3
+        registers: [0x0282, 0x02BA]
+        icon: "mdi:home-lightning-bolt"
+
+      # UPS output - Total active power is U16bit (low 16 bits) + U16bit (high 16 bits)
+      - name: "UPS Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 3
+        registers: [0x0283, 0x02BB]
+        icon: "mdi:home-lightning-bolt"
+
+      # Load output - The voltage of phase A
+      - name: "Load L1 Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x0284]
+
+      # Load output - The voltage of phase B
+      - name: "Load L2 Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x0285]
+
+      # Load output - The voltage of phase C
+      - name: "Load L3 Voltage"
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x0286]
+
+      # Load - The power of phase A is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Load L1 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 2
+        registers: [0x028A, 0x0290]
+
+      # Load - The power of phase A is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Load L2 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 2
+        registers: [0x028B, 0x0291]
+
+      # Load - The power of phase A is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Load L3 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 2
+        registers: [0x028C, 0x0292]
+
+      # Load - Total active power is S16bit (low 16 bits) + S16bit (high 16 bits)
+      - name: "Load Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 2
+        registers: [0x028D, 0x0293]
+
+  - group: Photovoltaic
+    items:
+      # Photovoltaic - The combined power of Input 1 & 2
+      - name: "PV Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 1
+        rule: 0
+        params: ["PV1 Power", "PV2 Power"]
+        formula: "{0} + {1}"
+        icon: "mdi:solar-power-variant"
+
+      # Photovoltaic - The power of Input 1 (L:1W, H:10W)
+      - name: "PV1 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 10
+        rule: 1
+        registers: [0x02A0]
+        icon: "mdi:solar-power-variant"
+
+      # Photovoltaic - The power of Input 2 (L:1W, H:10W)
+      - name: "PV2 Power"
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 10
+        rule: 1
+        registers: [0x02A1]
+        icon: "mdi:solar-power-variant"
+
+      # Photovoltaic - The power of Input 3 (L:1W, H:10W)
+      - name: "PV3 Power"
+        disabled:
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 10
+        rule: 1
+        registers: [0x02A2]
+        icon: "mdi:solar-power-variant"
+
+      # Photovoltaic - The power of Input 4 (L:1W, H:10W)
+      - name: "PV4 Power"
+        disabled:
+        realtime:
+        class: "power"
+        state_class: "measurement"
+        uom: "W"
+        scale: 10
+        rule: 1
+        registers: [0x02A3]
+        icon: "mdi:solar-power-variant"
+
+      # Photovoltaic - The voltage of Input 1
+      - name: "PV1 Voltage"
+        realtime:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x02A4]
+        icon: "mdi:solar-power-variant"
+        range:
+          min: 0
+          max: 65535
+
+      # Photovoltaic - The current of Input 1
+      - name: "PV1 Current"
+        realtime:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.1
+        rule: 1
+        registers: [0x02A5]
+        icon: "mdi:solar-power-variant"
+        range:
+          min: 0
+          max: 65535
+
+      # Photovoltaic - The voltage of Input 2
+      - name: "PV2 Voltage"
+        realtime:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x02A6]
+        icon: "mdi:solar-power-variant"
+        range:
+          min: 0
+          max: 65535
+
+      # Photovoltaic - The current of Input 2
+      - name: "PV2 Current"
+        realtime:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.1
+        rule: 1
+        registers: [0x02A7]
+        icon: "mdi:solar-power-variant"
+        range:
+          min: 0
+          max: 65535
+
+      # Photovoltaic - The voltage of Input 3
+      - name: "PV3 Voltage"
+        disabled:
+        realtime:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x02A8]
+        icon: "mdi:solar-power-variant"
+        range:
+          min: 0
+          max: 65535
+
+      # Photovoltaic - The current of Input 3
+      - name: "PV3 Current"
+        disabled:
+        realtime:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.1
+        rule: 1
+        registers: [0x02A9]
+        icon: "mdi:solar-power-variant"
+        range:
+          min: 0
+          max: 65535
+
+      # Photovoltaic - The voltage of Input 4
+      - name: "PV4 Voltage"
+        disabled:
+        realtime:
+        class: "voltage"
+        state_class: "measurement"
+        uom: "V"
+        scale: 0.1
+        rule: 1
+        registers: [0x02AA]
+        icon: "mdi:solar-power-variant"
+        range:
+          min: 0
+          max: 65535
+
+      # Photovoltaic - The current of Input 4
+      - name: "PV4 Current"
+        disabled:
+        realtime:
+        class: "current"
+        state_class: "measurement"
+        uom: "A"
+        scale: 0.1
+        rule: 1
+        registers: [0x02AB]
+        icon: "mdi:solar-power-variant"
+        range:
+          min: 0
+          max: 65535
diff --git a/custom_components/solarman/inverter_definitions/deye_sg04lp3.yaml b/custom_components/solarman/inverter_definitions/deye_sg04lp3.yaml
index b8f6cd8..dee5c11 100644
--- a/custom_components/solarman/inverter_definitions/deye_sg04lp3.yaml
+++ b/custom_components/solarman/inverter_definitions/deye_sg04lp3.yaml
@@ -31,6 +31,8 @@ parameters:
             value: "Microinverter"
           - key: 0x0005
             value: "LV 3-Phase Hybrid Inverter"
+          - key: 0x0006
+            value: "HV 3-Phase Hybrid Inverter"
           - key: 0x0600
             value: "HV 3-Phase Inverter 6-15kw"
           - key: 0x0601
diff --git a/custom_components/solarman/inverter_definitions/deye_sun-12k-sg04lp3.yaml b/custom_components/solarman/inverter_definitions/deye_sun-12k-sg04lp3.yaml
index 5184b79..736f1db 100644
--- a/custom_components/solarman/inverter_definitions/deye_sun-12k-sg04lp3.yaml
+++ b/custom_components/solarman/inverter_definitions/deye_sun-12k-sg04lp3.yaml
@@ -33,6 +33,8 @@ parameters:
             value: "Microinverter"
           - key: 0x0005
             value: "LV 3-Phase Hybrid Inverter"
+          - key: 0x0006
+            value: "HV 3-Phase Hybrid Inverter"
           - key: 0x0600
             value: "HV 3-Phase Inverter 6-15kw"
           - key: 0x0601