diff --git a/config_json/se_meter_1.json b/config_json/se_meter_1.json
new file mode 100644
index 0000000..5a88a76
--- /dev/null
+++ b/config_json/se_meter_1.json
@@ -0,0 +1,80 @@
+{
+    "config": {
+      "fetch": 73
+    },
+    "data": [
+        [40188, 1, "M_C_SunSpec_DID", "uint16", "Well-known value. Uniquely identifies this as a SunSpecMODBUS Map"],
+        [40189, 1, "M_C_SunSpec_Length", "uint16", "Length of meter model block"],
+        [40190, 1, "M_AC_Current", "int16", "AC Current (sum of active phases)"],
+        [40191, 1, "M_AC_Current_A", "int16", "Phase A AC Current"],
+        [40192, 1, "M_AC_Current_B", "int16", "Phase B AC Current"],
+        [40193, 1, "M_AC_Current_C", "int16", "Phase C AC Current"],
+        [40194, 1, "M_AC_Current_SF", "int16", "AC Current Scale Factor"],
+        [40195, 1, "M_AC_Voltage_LN", "int16", "Line to Neutral AC Voltage (average of activephases)"],
+        [40196, 1, "M_AC_Voltage_AN", "int16", "Phase A to Neutral AC Voltage"],
+        [40197, 1, "M_AC_Voltage_BN", "int16", "Phase B to Neutral AC Voltage"],
+        [40198, 1, "M_AC_Voltage_CN", "int16", "Phase C to Neutral AC Voltage"],
+        [40199, 1, "M_AC_Voltage_LL", "int16", "Line to Line AC Voltage (average of activephases)"],
+        [40200, 1, "M_AC_Voltage_AB", "int16", "Phase A to Phase B AC Voltage"],
+        [40201, 1, "M_AC_Voltage_BC", "int16", "Phase B to Phase C AC Voltage"],
+        [40202, 1, "M_AC_Voltage_CA", "int16", "Phase C to Phase A AC Voltage"],
+        [40203, 1, "M_AC_Voltage_SF", "int16", "AC Voltage Scale Factor"],
+        [40204, 1, "M_AC_Freq", "int16", "AC Frequency"],
+        [40205, 1, "M_AC_Freq_SF", "int16", "AC Frequency Scale Factor"],
+        [40206, 1, "M_AC_Power", "int16", "Total Real Power (sum of active phases)"],
+        [40207, 1, "M_AC_Power_A", "int16", "Phase A AC Real Power"],
+        [40208, 1, "M_AC_Power_B", "int16", "Phase B AC Real Power"],
+        [40209, 1, "M_AC_Power_C", "int16", "Phase C AC Real Power"],
+        [40210, 1, "M_AC_Power_SF", "int16", "AC Real Power Scale Factor"],
+        [40211, 1, "M_AC_VA", "int16", "Total AC Apparent Power (sum of active"],
+        [40212, 1, "M_AC_VA_A", "int16", "Phase A AC Apparent Power"],
+        [40213, 1, "M_AC_VA_B", "int16", "Phase B AC Apparent Power"],
+        [40214, 1, "M_AC_VA_C", "int16", "Phase C AC Apparent Power"],
+        [40215, 1, "M_AC_VA_SF", "int16", "AC Apparent Power Scale Factor"],
+        [40216, 1, "M_AC_VAR", "int16", "Total AC Reactive Power (sum of active phases)"],
+        [40217, 1, "M_AC_VAR_A", "int16", "Phase A AC Reactive Power"],
+        [40218, 1, "M_AC_VAR_B", "int16", "Phase B AC Reactive Power"],
+        [40219, 1, "M_AC_VAR_C", "int16", "Phase C AC Reactive Power"],
+        [40220, 1, "M_AC_VAR_SF", "int16", "AC Reactive Power Scale Factor"],
+        [40221, 1, "M_AC_PF", "int16", "Average Power Factor (average of activephases)"],
+        [40222, 1, "M_AC_PF_A", "int16", "Phase A Power Factor"],
+        [40223, 1, "M_AC_PF_B", "int16", "Phase B Power Factor"],
+        [40224, 1, "M_AC_PF_C", "int16", "Phase C Power Factor"],
+        [40225, 1, "M_AC_PF_SF", "int16", "AC Power Factor Scale Factor"],
+        [40226, 2, "M_Exported", "uint32", "Total Exported Real Energy"],
+        [40228, 2, "M_Exported_A", "uint32", "Phase A Exported Real Energy"],
+        [40230, 2, "M_Exported_B", "uint32", "Phase B Exported Real Energy"],
+        [40232, 2, "M_Exported_C", "uint32", "Phase C Exported Real Energy"],
+        [40234, 2, "M_Imported", "uint32", "Total Imported Real Energy"],
+        [40236, 2, "M_Imported_A", "uint32", "Phase A Imported Real Energy"],
+        [40238, 2, "M_Imported_B", "uint32", "Phase B Imported Real Energy"],
+        [40240, 2, "M_Imported_C", "uint32", "Phase C Imported Real Energy"],
+        [40242, 1, "M_Energy_W_SF", "int16", "Real Energy Scale Factor"],
+        [40243, 2, "M_Exported_VA", "uint32", "Total Exported Apparent Energy"],
+        [40245, 2, "M_Exported_VA_A", "uint32", "Phase A Exported Apparent Energy"],
+        [40247, 2, "M_Exported_VA_B", "uint32", "Phase B Exported Apparent Energy"],
+        [40249, 2, "M_Exported_VA_C", "uint32", "Phase C Exported Apparent Energy"],
+        [40251, 2, "M_Imported_VA", "uint32", "Total Imported Apparent Energy"],
+        [40253, 2, "M_Imported_VA_A", "uint32", "Phase A Imported Apparent Energy"],
+        [40255, 2, "M_Imported_VA_B", "uint32", "Phase B Imported Apparent Energy"],
+        [40257, 2, "M_Imported_VA_C", "uint32", "Phase C Imported Apparent Energy"],
+        [40259, 1, "M_Energy_VA_SF", "int16", "Apparent Energy Scale Factor"],
+        [40260, 2, "M_Import_VARh_Q1", "uint32", "Quadrant 1: Total Imported Reactive Energy"],
+        [40262, 2, "M_Import_VARh_Q1A", "uint32", "Phase A - Quadrant 1: Imported Reactive"],
+        [40264, 2, "M_Import_VARh_Q1B", "uint32", "Phase B- Quadrant 1: Imported Reactive Energy"],
+        [40266, 2, "M_Import_VARh_Q1C", "uint32", "Phase C- Quadrant 1: Imported Reactive Energy"],
+        [40268, 2, "M_Import_VARh_Q2", "uint32", "Quadrant 2: Total Imported Reactive Energy"],
+        [40270, 2, "M_Import_VARh_Q2A", "uint32", "Phase A - Quadrant 2: Imported Reactive"],
+        [40272, 2, "M_Import_VARh_Q2B", "uint32", "Phase B- Quadrant 2: Imported Reactive Energy"],
+        [40274, 2, "M_Import_VARh_Q2C", "uint32", "Phase C- Quadrant 2: Imported Reactive Energy"],
+        [40276, 2, "M_Export_VARh_Q3", "uint32", "Quadrant 3: Total Exported Reactive Energy"],
+        [40278, 2, "M_Export_VARh_Q3A", "uint32", "Phase A - Quadrant 3: Exported ReactiveEnergy"],
+        [40280, 2, "M_Export_VARh_Q3B", "uint32", "Phase B- Quadrant 3: Exported Reactive Energy"],
+        [40282, 2, "M_Export_VARh_Q3C", "uint32", "Phase C- Quadrant 3: Exported Reactive Energy"],
+        [40284, 2, "M_Export_VARh_Q4", "uint32", "Quadrant 4: Total Exported Reactive Energy"],
+        [40286, 2, "M_Export_VARh_Q4A", "uint32", "Phase A - Quadrant 4: Exported Reactive"],
+        [40288, 2, "M_Export_VARh_Q4B", "uint32", "Phase B- Quadrant 4: Exported Reactive Energy"],
+        [40290, 2, "M_Export_VARh_Q4C", "uint32", "Phase C- Quadrant 4: Exported Reactive Energy"],
+        [40292, 1, "M_Energy_VAR_SF", "int16", "Reactive Energy Scale Factor"]
+    ]
+}
diff --git a/se-modbus-json.html b/se-modbus-json.html
index bb2fbe3..4dd84d7 100644
--- a/se-modbus-json.html
+++ b/se-modbus-json.html
@@ -7,13 +7,26 @@
             host: {value:"192.168.1.200"},
 			port: {value:"1502"},
             poll: {value:"1000"},
-            device: {value: "se_inverter"}
+            device: {value: "se_inverter"},
+            seMeter1: {value: false}
         },
         inputs:0,
         outputs:1,
         icon: "bridge.png",
         label: function() {
             return this.name||"se-modbus";
+        },
+        oneditprepare: function() {
+            $("#node-input-device").change(function() {
+                var value = $("#node-input-device").val();
+                if (value === "se_inverter") {
+                    $("#node-input-seMeter1").attr("disabled", false);
+                } else {
+                    $("#node-input-seMeter1").prop("checked", false);
+                    $("#node-input-seMeter1").attr("disabled", true);
+                }
+            });
+            $("#node-input-device").change();
         }
     });
 </script>
@@ -42,6 +55,13 @@
             <option value="em_300">EM 300 Power Meter</option>
         </select>
     </div>
+    <div class="form-row">
+        <label for="node-input-seMeter1"> </label>
+        <label for="node-input-seMeter1" style="width:70%">
+            <input type="checkbox" id="node-input-seMeter1" style="display:inline-block; width:22px; vertical-align:baseline;" autocomplete="off">
+            <span>Include Solar Edge Power Meter (1)</span>
+        </label>
+    </div>
 </script>
 
 <script type="text/html" data-help-name="lower-case">
diff --git a/se-modbus-json.js b/se-modbus-json.js
index e05bc89..14deee8 100644
--- a/se-modbus-json.js
+++ b/se-modbus-json.js
@@ -61,6 +61,17 @@ function ModbusScanner(){
 
             promises.push( fetch_register(modbusClient, data.slice(start_index, stop_index)) );
         }
+        
+        if (config.seMeter1) {
+            per_item = config.seMeter1Json.config.fetch;
+            data = config.seMeter1Json.data;
+            for (let i=0; i< Math.ceil(data.length / per_item); i++){
+                let start_index = i * per_item;
+                let stop_index = ((i + 1) * per_item >= data.length ? data.length : (i + 1) * per_item);
+
+                promises.push( fetch_register(modbusClient, data.slice(start_index, stop_index)) );
+            }
+        }
 
         Promise.all(promises).then(promise => {
             node.status({fill:"green",shape:"dot",text:"connected"});
@@ -119,6 +130,10 @@ function device_to_config(config){
         case "em_300": config.json = require('./config_json/em_300.json'); break;
     }
 
+    if (config.seMeter1) {
+        config.seMeter1Json = require('./config_json/se_meter_1.json');
+    }
+
     return config;
 }