00 — SOLAR PUMP INVERTER

IDEEI 118 Book Solar Pump Inverter 0.4–500kW MPPT AC/DC

0.4kW0.75kW1.5kW2.2kW4kW5.5kW7.5kW11kW15kW18.5kW22kW30kW37kW45kW55kW75kW90kW110kW0.4–55kW 1PH 220–240V0.4–90kW 3PH 220–240V0.4–500kW 3PH 380–440V118 Series

In Stock Price on Request MOQ 1 UNIT

The IDEEI 118 book-style solar pump inverter covers catalog branches from 0.4kW to 500kW for 220–240V and 380–440V pump systems. Multiple MPPT modes, DC/AC isolation, pump cleaning, flow monitoring and RS485 communication support solar water-supply projects. Exact order models above the detailed manual table require confirmation.

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F01MPPT Solar Tracking: The controller adjusts pump speed as available PV power changes, supporting direct solar water pumping.
F02Pump-Oriented Control: Automatic operating logic and pump protection functions support unattended water-supply applications.
F03AC/DC Project Flexibility: PV input is the primary source; supported AC backup arrangements depend on the selected model and wiring.
F04Engineering Selection: Current, voltage, phase, motor type, PV string and cable length are checked together before ordering.

DOC DS-DESCSERIES SOLAR PUMP INVERTERREV 2026-A

IDEEI · Solar Pumping Control

IDEEI 118 Book Solar Pump Inverter 0.4–500kW

The 118 series combines a space-saving book-style enclosure with multiple MPPT modes for single-phase and three-phase pump projects. The catalog confirms 220–240V branches up to 55/90kW and a 380–440V branch up to 500kW; the detailed current table remains limited to verified manual rows.

0.4–500kW catalog range220–240V / 380–440VMPPT above 99%RS485 interface

Key Features & Benefits

MPPT Solar Tracking

The controller adjusts pump speed as available PV power changes, supporting direct solar water pumping.

Pump-Oriented Control

Automatic operating logic and pump protection functions support unattended water-supply applications.

AC/DC Project Flexibility

PV input is the primary source; supported AC backup arrangements depend on the selected model and wiring.

Engineering Selection

Current, voltage, phase, motor type, PV string and cable length are checked together before ordering.

Model Selection

The table below keeps every verified power or model branch visible. Match the inverter by pump rated current, voltage, phase and application conditions—not by kW alone.

Branch	Pump power	PV input	Output	Recommended PV voltage	Rated output current
118-D3	0.75kW	DC150–450V	3-phase 220–240VAC	360–430V	4A
118-D3	1.5kW	DC150–450V	3-phase 220–240VAC	360–430V	7A
118-D3	2.2kW	DC150–450V	3-phase 220–240VAC	360–430V	10A
118-D3	4kW	DC150–450V	3-phase 220–240VAC	360–430V	16A
118-D3	5.5kW	DC150–450V	3-phase 220–240VAC	360–430V	20A
118-D3	7.5kW	DC150–450V	3-phase 220–240VAC	360–430V	30A
118-D3	11kW	DC150–450V	3-phase 220–240VAC	360–430V	42A
118-SS2	0.75kW	DC150–450V	single-phase 220–240VAC	360–430V	7A
118-SS2	1.5kW	DC150–450V	single-phase 220–240VAC	360–430V	10A
118-SS2	2.2kW	DC150–450V	single-phase 220–240VAC	360–430V	16A
118-SS2	4kW	DC150–450V	single-phase 220–240VAC	360–430V	30A
118-SS2	5.5kW	DC150–450V	single-phase 220–240VAC	360–430V	42A
118-SS2	7.5kW	DC150–450V	single-phase 220–240VAC	360–430V	55A
118-SS2	11kW	DC150–450V	single-phase 220–240VAC	360–430V	80A
118-SS2	15kW	DC150–450V	single-phase 220–240VAC	360–430V	110A
118-D5	0.75kW	DC250–900V	3-phase 380–460VAC	620–850V	3A
118-D5	1.5kW	DC250–900V	3-phase 380–460VAC	620–850V	4A
118-D5	2.2kW	DC250–900V	3-phase 380–460VAC	620–850V	6A
118-D5	4kW	DC250–900V	3-phase 380–460VAC	620–850V	10A
118-D5	5.5kW	DC250–900V	3-phase 380–460VAC	620–850V	13A
118-D5	7.5kW	DC250–900V	3-phase 380–460VAC	620–850V	17A
118-D5	11kW	DC250–900V	3-phase 380–460VAC	620–850V	25A
118-D5	15kW	DC250–900V	3-phase 380–460VAC	620–850V	32A
118-D5	18.5kW	DC250–900V	3-phase 380–460VAC	620–850V	38A
118-D5	22kW	DC250–900V	3-phase 380–460VAC	620–850V	45A
118-D5	30kW	DC250–900V	3-phase 380–460VAC	620–850V	60A
118-T3	37kW	DC350–900V	3-phase 380–440VAC	620–850V	75A
118-T3	45kW	DC350–900V	3-phase 380–440VAC	620–850V	90A
118-T3	55kW	DC350–900V	3-phase 380–440VAC	620–850V	110A
118-T3	75kW	DC350–900V	3-phase 380–440VAC	620–850V	150A
118-T3	90kW	DC350–900V	3-phase 380–440VAC	620–850V	180A
118-T3	110kW	DC350–900V	3-phase 380–440VAC	620–850V	210A

Selection note: Confirm the pump rated current, voltage, phase and motor type. For submersible pumps or long motor cables, the next suitable current rating and an output reactor may be required.

Technical Specifications

Item	Verified specification
Catalog power branches	1PH 220–240V: 0.4–55kW; 3PH 220–240V: 0.4–90kW; 3PH 380–440V: 0.4–500kW
Maximum PV input voltage	Up to 900V DC
MPPT	Multiple modes; catalog states above 99%
Isolation	Built-in DC and AC isolation
Communication	Built-in RS485; GPRS connection supported by project configuration

Options / project configuration: Customized AC/DC mode and GPRS remote control require confirmation. The catalog gives branch ranges but not every high-power order code or rated current; models outside the detailed manual table must be confirmed before publishing an individual SKU page.

Typical Applications

Urban water supply

Desert water management

Grassland animal husbandry

Aquaculture water supply

Agricultural irrigation

Remote-area pumping

Information Required for Model Selection

Pump rated power, voltage, phase and full-load current
Pump type and motor type (induction, PMSM or single-phase)
Required head, flow and daily operating time
PV module Voc, Vmp, power and planned series/parallel layout
Grid or generator backup requirement
Cable length, site altitude, ambient temperature and enclosure requirement

For a dependable quotation, also confirm the installation altitude, ambient temperature, enclosure requirement, daily operating schedule, water-source conditions and whether utility or generator backup is required. These details affect derating, cable selection, protection devices and the final AC/DC system design.

Installation & Derating Notes

Installation and commissioning must be completed by qualified electrical personnel. Verify polarity, grounding, protective devices, PV open-circuit voltage and motor wiring before energizing. Apply the manual derating and reactor guidance for temperature, altitude and long cable runs.

Frequently Asked Questions

Can the inverter run a pump directly from solar panels?

Yes. The 118 Series is designed for PV-powered pumping. Confirm the PV string voltage remains inside the verified range for the selected 220V and 380V classes model.

Can grid power or a generator be used as backup?

Backup input depends on the selected branch and wiring configuration. Do not connect sources simultaneously unless the selected model and protection arrangement explicitly support it.

How should the inverter power be selected?

Check the pump nameplate current, rated voltage, phase, motor type, head, flow and cable length. The selected inverter current must meet the motor requirement.

Does the system need batteries?

The standard solar-pumping architecture can operate directly from the PV array. Battery use is not required unless a separate project design specifies it.

Is remote monitoring standard?

Remote communication is optional or model-dependent. Confirm the required GPRS, 4G or Wi-Fi module before ordering.

Engineering selection & bulk orders

Send the nameplate. We size the drive.

Send the pump nameplate, PV module data, required head and flow, cable length and quantity. Our team will confirm the suitable model and project configuration.

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