Solar inverters

MesPal TH-30K-EP1

Name: MesPal TH-30K-EP1
Brand: MesPal

30 kW three-phase hybrid inverter

A high-voltage SmartInver for three-phase 230/400 V systems. Three PV channels, 160–700 V DC battery, on-grid/off-grid operation and IP65 enclosure.

Rated output power30 kW

Maximum PV power3 × 16 kW

Battery operating voltage160–700 V DC

Ingress protectionIP65

Request a quote MesPal 2026 catalogue (PDF)

MesPal

Technical specifications

Key factory specifications from the manufacturer’s brochure.

Inverter and AC output

Rated output power	30 kW
Rated apparent power	30 kVA
AC output voltage	220 / 380; 230 / 400 V AC
Wiring configuration	3L / N / PE
Rated frequency	50 / 60 Hz
Operating modes	On-grid and off-grid
Transfer time	<10 ms
Surge power	1.5 times rated power for 10 s
Overload capability	≥150% for 10 s; 110–150% for 60 s
Maximum efficiency	98.5%
European weighted efficiency	98%
MPPT efficiency	>99%
Current harmonic distortion THDi	<3%

AC input and bypass

Nominal voltage	220 / 380; 230 / 400 V AC
Grid voltage range	170–280 V per phase (±7 V)
AC frequency range	45–65 Hz (±5 Hz), configurable
Maximum bypass current	80 A

Battery system

Battery operating voltage	160–700 V DC
Maximum charging current	75 A, 1 channel
Maximum discharging current	75 A, 1 channel

Solar PV input

Maximum PV power	3 × 16 kW
Maximum PV voltage	1000 V DC
PV startup voltage	180 V
MPPT voltage range	150–850 V
MPPT channels	3
Maximum PV input current	0–36 A per channel

Construction and operation

Ingress protection	IP65
Operating temperature	−40…+55 °C; derating above +45 °C
Storage temperature	−45…+60 °C
Relative humidity	0–100%, non-condensing
Noise level	≤55 dB
Dimensions	686 × 491 × 266.5 mm
Net weight	50 kg
Installation	Wall mounted
Manufacturer warranty	5 years, per manufacturer catalogue

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Sourcing and delivery under one contract

TH-30K-EP1 combines solar generation, a high-voltage battery and three-phase loads. Specifications follow the 2026 catalogue; an older official sheet lists different values. Hardware revision and grid protection settings must be fixed in the supply specification.