Accuenergy · Power analyzer
Acuvim 3 Modbus register map
Default configuration
- Protocol
- Modbus TCP
- Port
- 502
- Unit ID
- 1
- Addressing
- 0-based
- Byte order
- Big endian
- Word order
- High word first
Register map
| Address | Count | Name | Type | Unit | Scale | Access |
|---|---|---|---|---|---|---|
| 8210 | 2 | System frequency (10-cycle high-speed) | Float32 | Hz | 1 | R |
| 8212 | 2 | Phase A line-to-neutral voltage | Float32 | V | 1 | R |
| 8214 | 2 | Phase B line-to-neutral voltage | Float32 | V | 1 | R |
| 8216 | 2 | Phase C line-to-neutral voltage | Float32 | V | 1 | R |
| 8218 | 2 | Average line-to-neutral voltage | Float32 | V | 1 | R |
| 8220 | 2 | Line-to-line voltage AB | Float32 | V | 1 | R |
| 8222 | 2 | Line-to-line voltage BC | Float32 | V | 1 | R |
| 8224 | 2 | Line-to-line voltage CA | Float32 | V | 1 | R |
| 8226 | 2 | Average line-to-line voltage | Float32 | V | 1 | R |
| 8228 | 2 | Phase A current | Float32 | A | 1 | R |
| 8230 | 2 | Phase B current | Float32 | A | 1 | R |
| 8232 | 2 | Phase C current | Float32 | A | 1 | R |
| 8234 | 2 | Neutral current | Float32 | A | 1 | R |
| 8236 | 2 | Average current | Float32 | A | 1 | R |
| 8238 | 2 | Phase A active power | Float32 | kW | 1 | R |
| 8240 | 2 | Phase B active power | Float32 | kW | 1 | R |
| 8242 | 2 | Phase C active power | Float32 | kW | 1 | R |
| 8244 | 2 | System active power | Float32 | kW | 1 | R |
| 8246 | 2 | Phase A reactive power | Float32 | kvar | 1 | R |
| 8248 | 2 | Phase B reactive power | Float32 | kvar | 1 | R |
| 8250 | 2 | Phase C reactive power | Float32 | kvar | 1 | R |
| 8252 | 2 | System reactive power | Float32 | kvar | 1 | R |
| 8254 | 2 | Phase A apparent power | Float32 | kVA | 1 | R |
| 8256 | 2 | Phase B apparent power | Float32 | kVA | 1 | R |
| 8258 | 2 | Phase C apparent power | Float32 | kVA | 1 | R |
| 8260 | 2 | System apparent power | Float32 | kVA | 1 | R |
| 8262 | 2 | Phase A load nature (L/C/R) | Float32 | - | 1 | R |
| 8264 | 2 | Phase B load nature (L/C/R) | Float32 | - | 1 | R |
| 8266 | 2 | Phase C load nature (L/C/R) | Float32 | - | 1 | R |
| 8268 | 2 | System load nature (L/C/R) | Float32 | - | 1 | R |
| 8270 | 2 | Phase A power factor | Float32 | - | 1 | R |
| 8272 | 2 | Phase B power factor | Float32 | - | 1 | R |
| 8274 | 2 | Phase C power factor | Float32 | - | 1 | R |
| 8276 | 2 | System power factor | Float32 | - | 1 | R |
| 8278 | 2 | Phase A leading power factor | Float32 | - | 1 | R |
| 8280 | 2 | Phase B leading power factor | Float32 | - | 1 | R |
| 8282 | 2 | Phase C leading power factor | Float32 | - | 1 | R |
| 8284 | 2 | System leading power factor | Float32 | - | 1 | R |
| 8286 | 2 | Phase A lagging power factor | Float32 | - | 1 | R |
| 8288 | 2 | Phase B lagging power factor | Float32 | - | 1 | R |
| 8290 | 2 | Phase C lagging power factor | Float32 | - | 1 | R |
| 8292 | 2 | System lagging power factor | Float32 | - | 1 | R |
| 24576 | 2 | Phase A fundamental line-to-neutral voltage | Float32 | V | 1 | R |
| 24578 | 2 | Phase B fundamental line-to-neutral voltage | Float32 | V | 1 | R |
| 24580 | 2 | Phase C fundamental line-to-neutral voltage | Float32 | V | 1 | R |
| 24582 | 2 | Average fundamental line-to-neutral voltage | Float32 | V | 1 | R |
| 24584 | 2 | Fundamental line-to-line voltage AB | Float32 | V | 1 | R |
| 24586 | 2 | Fundamental line-to-line voltage BC | Float32 | V | 1 | R |
| 24588 | 2 | Fundamental line-to-line voltage CA | Float32 | V | 1 | R |
| 24590 | 2 | Average fundamental line-to-line voltage | Float32 | V | 1 | R |
| 24592 | 2 | Phase A fundamental line current | Float32 | A | 1 | R |
| 24594 | 2 | Phase B fundamental line current | Float32 | A | 1 | R |
| 24596 | 2 | Phase C fundamental line current | Float32 | A | 1 | R |
| 24598 | 2 | Neutral fundamental line current | Float32 | A | 1 | R |
| 24600 | 2 | Average fundamental line current | Float32 | A | 1 | R |
| 24602 | 2 | Phase A fundamental active power | Float32 | kW | 1 | R |
| 24604 | 2 | Phase B fundamental active power | Float32 | kW | 1 | R |
| 24606 | 2 | Phase C fundamental active power | Float32 | kW | 1 | R |
| 24608 | 2 | System fundamental active power | Float32 | kW | 1 | R |
| 24610 | 2 | Phase A fundamental reactive power | Float32 | kvar | 1 | R |
| 24612 | 2 | Phase B fundamental reactive power | Float32 | kvar | 1 | R |
| 24614 | 2 | Phase C fundamental reactive power | Float32 | kvar | 1 | R |
| 24616 | 2 | System fundamental reactive power | Float32 | kvar | 1 | R |
| 24618 | 2 | Phase A fundamental apparent power | Float32 | kVA | 1 | R |
| 24620 | 2 | Phase B fundamental apparent power | Float32 | kVA | 1 | R |
| 24622 | 2 | Phase C fundamental apparent power | Float32 | kVA | 1 | R |
| 24624 | 2 | System fundamental apparent power | Float32 | kVA | 1 | R |
| 24626 | 2 | Phase A displacement power factor | Float32 | - | 1 | R |
| 24628 | 2 | Phase B displacement power factor | Float32 | - | 1 | R |
| 24630 | 2 | Phase C displacement power factor | Float32 | - | 1 | R |
| 24632 | 2 | System displacement power factor | Float32 | - | 1 | R |
| 25856 | 4 | Phase A accumulative active energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kWh | 1 | R |
| 25860 | 4 | Phase B accumulative active energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kWh | 1 | R |
| 25864 | 4 | Phase C accumulative active energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kWh | 1 | R |
| 25868 | 4 | System accumulative active energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kWh | 1 | R |
| 25872 | 4 | Phase A accumulative reactive energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kvarh | 1 | R |
| 25876 | 4 | Phase B accumulative reactive energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kvarh | 1 | R |
| 25880 | 4 | Phase C accumulative reactive energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kvarh | 1 | R |
| 25884 | 4 | System accumulative reactive energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kvarh | 1 | R |
| 25888 | 4 | Phase A accumulative apparent energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kVAh | 1 | R |
| 25892 | 4 | Phase B accumulative apparent energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kVAh | 1 | R |
| 25896 | 4 | Phase C accumulative apparent energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kVAh | 1 | R |
| 25900 | 4 | System accumulative apparent energy, quad 1 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kVAh | 1 | R |
| 25916 | 4 | System accumulative active energy, quad 2 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kWh | 1 | R |
| 25932 | 4 | System accumulative reactive energy, quad 2 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kvarh | 1 | R |
| 25948 | 4 | System accumulative apparent energy, quad 2 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kVAh | 1 | R |
| 25964 | 4 | System accumulative active energy, quad 3 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kWh | 1 | R |
| 25980 | 4 | System accumulative reactive energy, quad 3 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kvarh | 1 | R |
| 25996 | 4 | System accumulative apparent energy, quad 3 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kVAh | 1 | R |
| 26012 | 4 | System accumulative active energy, quad 4 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kWh | 1 | R |
| 26028 | 4 | System accumulative reactive energy, quad 4 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kvarh | 1 | R |
| 26044 | 4 | System accumulative apparent energy, quad 4 64-bit IEEE double: four registers (IEEE-754 double, which the vendor map types 'Double'). | Float64 | kVAh | 1 | R |
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Notes
Source: Accuenergy 'Acuvim 3 User Modbus Address Table' v1.00 (the vendor's spreadsheet at https://www.accuenergy.com/wp-content/uploads/Acuvim-3-User-Modbus-Address-Table-v1.00.xlsx ), sheets 'HS', 'Fundamental' and 'Energy'. Every row there is marked '03H Read', i.e. a holding register read. The map prints both the hex and the decimal form of each address, and they agree (0x2012 = 8210), so the addresses below are the wire addresses. Communication defaults are from the Acuvim 3 User Manual v1.0.13 (August 2026), section 7.2 'Network': Modbus TCP port 502 and Modbus TCP slave address 1, which is why this seed is modelled over TCP. The same manual states the RS-485 defaults for the RTU variant: slave address 1, baud rate 115200, no parity, 8 data bits, 1 stop bit (parity, data bits and stop bits are fixed and cannot be changed). Caveat: the vendor map gives the register type and width (Float = 2 registers, Double = 4 registers) but does not state a register word order, so the file keeps the default HighFirst. Deliberate omissions: the 10 s and high-speed timestamp/valid-flag/event-flag rows, the 'Meter Sys Config' and 'Meter IO Config' blocks (nominal values, transformer ratios, DI/DO behaviour), the demand and max/min groups, the TOU groups, the PQ event, alarm, IEEE 519 and EN 50160 report groups, and the per-phase energy rows for quadrants 2 to 4 (this seed carries the full quadrant-1 set plus the system totals of quadrants 2 to 4).