From 13a2e53229115e257581a135067e624e65182121 Mon Sep 17 00:00:00 2001 From: sam Date: Tue, 25 Feb 2025 15:28:45 +0800 Subject: [PATCH] =?UTF-8?q?=F0=9F=9A=A7=20Meter=20AC?= MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit --- app/(defaults)/chint/inverters/[id]/page.tsx | 40 ++++++++++++++------ 1 file changed, 29 insertions(+), 11 deletions(-) diff --git a/app/(defaults)/chint/inverters/[id]/page.tsx b/app/(defaults)/chint/inverters/[id]/page.tsx index c80e11a..23ba494 100644 --- a/app/(defaults)/chint/inverters/[id]/page.tsx +++ b/app/(defaults)/chint/inverters/[id]/page.tsx @@ -105,16 +105,16 @@ const InverterViewPage = (props: Props) => {
-

Model: {inverter.model}

-

SN: {inverter.sn}

-

Total Energy: {inverter.eTotalWithUnit}

-

Today Energy: {inverter.eTodayWithUnit}

-

Reactive Power: {inverter.lastRTP["Reactive Power"].value} var

-

Active Power: {inverter.activePowerWithUnit}

-

Inverter Mode: {inverter.lastRTP["Inverter Mode"].value}

-

Inner Temperature: {inverter.lastRTP["Inner Temperature"].value} °C

-

Create Time: {inverter.createdAtStr}

-

Modules: {inverter.moduleFw.map((item: {module:string, value:string}) => `${item.module}: ${item.value}`.trim()).join(", ")}

+

Model: {inverter.model}

+

SN: {inverter.sn}

+

Total Energy: {inverter.eTotalWithUnit}

+

Today Energy: {inverter.eTodayWithUnit}

+

Reactive Power: {inverter.lastRTP["Reactive Power"].value} var

+

Active Power: {inverter.activePowerWithUnit}

+

Inverter Mode: {inverter.lastRTP["Inverter Mode"].value}

+

Inner Temperature: {inverter.lastRTP["Inner Temperature"].value} °C

+

Create Time: {inverter.createdAtStr}

+

Modules: {inverter.moduleFw.map((item: {module:string, value:string}) => `${item.module}: ${item.value}`.trim()).join(", ")}

@@ -240,7 +240,25 @@ const InverterViewPage = (props: Props) => { - Disabled + +
+
+

Today import Energy: {inverter.lastRTP["Today import Energy"] && inverter.lastRTP["Today import Energy"].value} kWh

+

L1-N phase voltage of grid: {inverter.lastRTP["L1-N phase voltage of grid"] && inverter.lastRTP["L1-N phase voltage of grid"].value} kWh

+

L2-N phase voltage of grid: {inverter.lastRTP["L2-N phase voltage of grid"] && inverter.lastRTP["L2-N phase voltage of grid"].value} kWh

+

L3-N phase voltage of grid: {inverter.lastRTP["L3-N phase voltage of grid"] && inverter.lastRTP["L3-N phase voltage of grid"].value} kWh

+

Today export Energy: {inverter.lastRTP["Today export Energy"] && inverter.lastRTP["Today export Energy"].value} kWh

+

L1 current of grid: {inverter.lastRTP["L1 current of grid"] && inverter.lastRTP["L1 current of grid"].value} kWh

+

L2 current of grid: {inverter.lastRTP["L2 current of grid"] && inverter.lastRTP["L2 current of grid"].value} kWh

+

L3 current of grid: {inverter.lastRTP["L3 current of grid"] && inverter.lastRTP["L3 current of grid"].value} kWh

+

Accumulated energy of positive: {inverter.lastRTP["Accumulated energy of positive"] && inverter.lastRTP["Accumulated energy of positive"].value} kWh

+

Phase L1 watt of grid: {inverter.lastRTP["Phase L1 watt of grid"] && inverter.lastRTP["Phase L1 watt of grid"].value} kWh

+

Phase L2 watt of grid: {inverter.lastRTP["Phase L2 watt of grid"] && inverter.lastRTP["Phase L2 watt of grid"].value} kWh

+

Phase L3 watt of grid: {inverter.lastRTP["Phase L3 watt of grid"] && inverter.lastRTP["Phase L3 watt of grid"].value} kWh

+

Accumulated energy of negative: {inverter.lastRTP["Accumulated energy of negative"] && inverter.lastRTP["Accumulated energy of negative"].value} kWh

+
+
+ Disabled