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97
Total generated capacitive reactive energy
(Non-active quantities broken down – Configuration >Calculation methods >var)
Q
1
hC[1][3] = VARhC[1][3] = Q
1
hC[1][0] + Q
1
hC[1][1] + Q
1
hC[1][2]
Total generated distortion energy
(Non-active quantities broken down – Configuration >Calculation methods >var)
Dh[1][3] = VADh[1][3] = Dh[1][0] + Dh[1][1] + Dh[1][2]
Total generated non-active energy
(Non-active quantities not broken down – Configuration >Calculation methods >var)
Nh[1][3] = VARh[1][3] = Nh[1][0] + Nh[1][1] + Nh[1][2]
16.1.6.2. Distribution system with virtual neutral or without neutral
We speak here only of total energies, with i = 3 (three-phase systems without neutral).
a) Total energies consumed (P[i][n] ≥ 0)
Total consumed active energy
[ ][ ] [ ][ ]
[ ][ ]
∑
==
int
3600
0Wh0Ph
T
n
niP
ii
Total consumed apparent energy
[ ][ ] [ ][ ]
[ ][ ]
∑
==
int
3600
0VAh0Sh
T
n
niS
ii
Total consumed inductive reactive energy
(Non-active quantities broken down – Configuration >Calculation methods >var)
[ ][ ] [ ][ ]
[ ][ ]
∑
==
int
3600
0VARhL0hLQ
1
1
T
n
niQ
ii with Q
1
[i][n] ≥ 0
Total consumed capacitive reactive energy
(Non-active quantities broken down – Configuration >Calculation methods >var)
[ ][ ] [ ][ ]
[ ][ ]
∑
−
==
int
3600
0VARhC0hCQ
1
1
T
n
niQ
ii with Q
1
[i][n] < 0
Total consumed distortion energy
(Non-active quantities broken down – Configuration >Calculation methods >var)
[ ][ ] [ ][ ]
[ ][ ]
∑
==
int
3600
0VADh0Dh
T
n
niD
ii
Total consumed non-active energy
(Non-active quantities not broken down – Configuration >Calculation methods >var)
[ ][ ] [ ][ ]
[ ][ ]
∑
==
int
3600
0VARh0Nh
T
n
niN
ii
b) Total energies generated (P[i][n] < 0)
Total generated active energy
[ ][ ] [ ][ ]
[ ][ ]
∑
−
==
int
3600
1Wh1Ph
T
n
niP
ii
Total generated apparent energy
[ ][ ] [ ][ ]
[ ][ ]
∑
==
int
3600
1VAh1Sh
T
n
niS
ii
Ph
Sh
Wh
hL
hC
Dh
Nh
Ph
Sh
Wh