Energy Measurements

General Description

Energy measurements include:

active energy Ep
reactive energy Eq
apparent energy Es
active energy counted positively (EpIn) or negatively (EpOut), according to the configuration of register 3316 Power Flow Sign
reactive energy counted positively (EqIn) or negatively (EqOut), according to the configuration of register 3316 Power Flow Sign
active energy and reactive energy are accumulated according to the configuration of register 3324 (absolute mode by factory setting) Energy Accumulation Mode

The reset minimum/maximum command (command code = 46728) can reset the content of the energy measurement registers.

Address	Register	RW	X	Unit	Type	Range	A/E	Description
0x07CF–0x07D2	2000–2003	R-WC	1	kWh	MOD 10000	-10¹⁶ to +10¹⁶	E	Total active energy: Ep ⁽¹⁾
0x07D3–0x07D6	2004–2007	R-WC	1	kVARh	MOD 10000	-10¹⁶ to +10¹⁶	E	Total reactive energy: Eq ⁽¹⁾
0x07D7–0x07DA	2008–2011	R-WC	1	kWh	MOD 10000	-10¹⁶ to +10¹⁶	E	Active energy counted positively: EpIn
0x07DB–0x07DE	2012–2015	R-WC	1	kWh	MOD 10000	-10¹⁶ to +10¹⁶	E	Active energy counted negatively: EpOut
0x07DF–0x07E2	2016–2019	R-WC	1	kVARh	MOD 10000	-10¹⁶ to +10¹⁶	E	Reactive energy counted positively: EqIn
0x07E3–0x07E6	2020–2023	R-WC	1	kVARh	MOD 10000	-10¹⁶ to +10¹⁶	E	Reactive energy counted negatively: EqOut
0x07E7–0x07EA	2024–2027	R-WC	1	kVAh	MOD 10000	-10¹⁶ to +10¹⁶	E	Total apparent energy: Es
0x0BDD–0x0BDF	3038–3040	R	1	–	DATE	–	E	Date of last reset of energy meters
(1) Total active energy and total reactive energy are always counted positively with MicroLogic Active E control unit.

NOTE:

The MicroLogic Active E control unit screen displays positive values only up to 999 999 999 kWh. Above this value, MicroLogic Active E control unit screen displays 999 999 999 kWh.
MOD10000 format is explained in the Appendix.

The behavior is the same for reactive energy and apparent energy.

Energy per Phase

Address	Register	RW	Unit	Type	Range	A/E	Description
0xAD70–0xAD73	44401–44404	R-WC	Wh	INT64	–	E	Active energy delivered on phase 1 (into the load, counted positively)⁽¹⁾
0xAD74–0xAD77	44405–44408	R-WC	Wh	INT64	–	E	Active energy received on phase 1 (out of the load, counted negatively)⁽¹⁾
0xAD80–0xAD83	44417–44420	R-WC	Wh	INT64	–	E	Active energy delivered on phase 2 (into the load, counted positively)⁽¹⁾
0xAD84–0xAD87	44421–44424	R-WC	Wh	INT64	–	E	Active energy received on phase 2 (out of the load, counted negatively)⁽¹⁾
0xAD90–0xAD93	44433–44436	R-WC	Wh	INT64	–	E	Active energy delivered on phase 3 (into the load, counted positively)⁽¹⁾
0xAD94–0xAD97	44437–44440	R-WC	Wh	INT64	–	E	Active energy received on phase 3 (out of the load, counted negatively)⁽¹⁾
0xADA0–0xADA3	44449–44452	R-WC	VArh	INT64	–	E	Reactive energy delivered on phase 1 (into the load, counted positively)⁽¹⁾
0xADA4–0xADA7	44453–44456	R-WC	VArh	INT64	–	E	Reactive energy received on phase 1 (out of the load, counted negatively)⁽¹⁾
0xADB0–0xADB3	44465–44468	R-WC	VArh	INT64	–	E	Reactive energy delivered on phase 2 (into the load, counted positively)⁽¹⁾
0xADB4–0xADB7	44469–44472	R-WC	VArh	INT64	–	E	Reactive energy received on phase 2 (out of the load, counted negatively)⁽¹⁾
0xADC0–0xADC3	44481–44484	R-WC	VArh	INT64	–	E	Reactive energy delivered on phase 3 (into the load, counted positively)⁽¹⁾
0xADC4–0xADC7	44485–44488	R-WC	VArh	INT64	–	E	Reactive energy received on phase 3 (out of the load, counted negatively)⁽¹⁾
0xADD0–0xADD3	44497–44500	R-WC	VAh	INT64	–	E	Apparent energy on phase 1⁽¹⁾
0xADD8–0xADDB	44505–44508	R-WC	VAh	INT64	–	E	Apparent energy on phase 2⁽¹⁾
0xADE0–0xADE3	44513–44516	R-WC	VAh	INT64	–	E	Apparent energy on phase 3⁽¹⁾
(1) Value reset with the reset energies command.