severnt / efergy-elite-ir-decode Goto Github PK

Sample is 30 secs so for an hour multiply by 120
For a meter with 1000 pulses per kWh
Take byte 8 divide by 1000 and multiply by 120 to get k Watts per hour

Energy Now Reading 0.239 KW

00001010 [ 0] = 10(0x0a)
10100010 [ 1] = 162(0xa2)
10111010 [ 2] = 186(0xba)
01000000 [ 3] = 64(0x40)
00000000 [ 4] = 0(0x00)
00000000 [ 5] = 0(0x00)
00000000 [ 6] = 0(0x00)
00000000 [ 7] = 0(0x00)
00000010 [ 8] = 2(0x02)
00001111 [ 9] = 15(0x0f)
00101010 [10] = 42(0x2a)
10101000 [11] = 168(0xa8)
10(0x0a) 162(0xa2) 186(0xba) 64(0x40) 0(0x00) 0(0x00) 0(0x00) 0(0x00) 2(0x02) 15(0x0f) 42(0x2a) 168(0xa8)
CRC OK

2 * 120 =0.240 kWh

Energy Now Reading 3.239 KW

00001010 [ 0] = 10(0x0a)
10100010 [ 1] = 162(0xa2)
10111010 [ 2] = 186(0xba)
01000000 [ 3] = 64(0x40)
00000000 [ 4] = 0(0x00)
00000000 [ 5] = 0(0x00)
00000000 [ 6] = 0(0x00)
00000000 [ 7] = 0(0x00)
00011011 [ 8] = 27(0x1b)
00001111 [ 9] = 15(0x0f)
10010011 [10] = 147(0x93)
01000011 [11] = 67(0x43)
10(0x0a) 162(0xa2) 186(0xba) 64(0x40) 0(0x00) 0(0x00) 0(0x00) 0(0x00) 27(0x1b) 15(0x0f) 147(0x93) 67(0x43)
CRC OK

27 /1000 * 120 = 3.24 kWh