Data source configuration
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Home grid without solar

Daily load profile · Energy accumulates over time

PublicRead-only

UTC+08:00 · 1×

Parameters

Time zone
UTC+08:00
Speed
1×
Period
24 h
Resolution
1 s
Initial energy
0 kWh
Daily input energy
15.03 kWh

No solar generation. Export energy remains zero.

Energy accumulates across days and restarts.

Load profile summary

At night, standby demand and the cycling refrigerator form the base load. Breakfast includes a three-minute kettle load at 06:45.

Laundry runs at 10:00. Cooking, lighting and television increase evening demand, with air conditioning on channel C from 18:00 to 23:00.

These daily totals describe a complete simulated day. A newly started meter counts energy only from its saved start time.

Daily peak active power

Peaks are calculated from the one-second model, rather than estimated from the chart.

ChannelsActive powerTime
A2270.0 W06:47:59 UTC+08:00
B541.2 W10:44:59 UTC+08:00
C1095.3 W19:14:29 UTC+08:00

24-hour curves

Move the time slider to inspect each channel.

Curve preview: one-minute samples. Meter readings use one-second resolution.

Active power (W)

0625125018752500 00:0006:0012:0018:0024:00
12:00

Reactive power (var)

0125250375500 00:0006:0012:0018:0024:00
12:00

Voltage (V)

228229230231232 00:0006:0012:0018:0024:00
12:00

Channel mapping

Device modelChannelsDaily input energy
WEM3080A5.9375 kWh
WEM2067A / B9.4725 kWh
WEM3050TA / B / C15.03 kWh

Shared Modbus/TCP uses the default data source.

Baseline load

Power changes linearly between the time points below.

Baseline reactive power: Q = 0.18 × P

TimeA (W)B (W)C (W)
00:00755545
05:00654540
06:001007060
08:00300180120
09:001006555
12:0018011090
14:001006050
17:00220180140
19:00500340280
22:00180120100
24:00755545

Scheduled loads

LoadChannelsScheduleActive powerPower factorCycle (on / period)
RefrigeratorA00:00–24:0090 W0.8020 / 40 min
KettleA06:45–06:482000 W1.00—
CookingA18:15–18:451100 W0.99—
LaundryB10:00–10:45450 W0.85—
Lights / televisionB19:00–21:00170 W0.95—
Air conditioningC18:00–23:00650 ± 180 W0.9060 min

Measurement rules

No harmonics are simulated.

S = √(P² + Q²)I = S / VPF = |P| / SΔkWh = P × Δt / 3,600,000Δkvarh = Q × Δt / 3,600,000

Time is measured in seconds; P in W, Q in var, S in VA.

This configuration is read-only.