00 — INVERSOR PARA BOMBAS SOLARES

Inversor Solar para Bombeamento QB100-PV Carcaça de Plástico Branca 0,4-37kW

0.4kW0.75kW1.5kW2.2kW4kW5.5kW7.5kW11kW15kW18.5kW22kW30kW37kWQB100-PVWhitePlastic Shell220V400V3 Phase

In Stock Price on Request MOQ 1 UNIT

Inversor solar para bombeamento QB100-PV 0,4–37kW com carcaça de plástico branca e controle MPPT para irrigação agrícola, fazendas e poços profundos. 220V / 380–400V, saída monofásica e trifásica.

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F0199% MPPT Tracking: The product catalog states solar maximum-power-point tracking efficiency up to 99%.
F02Automatic Solar Operation: The controller can start or sleep automatically according to available PV power.
F03Pump & Drive Protection: Verified functions include PV overvoltage, overcurrent and over-temperature derating.
F04Communication & Enclosure Options: GPRS remote monitoring and IP54 cabinet versions are listed as options.

DOC DS-DESCSERIES INVERSOR PARA BOMBAS SOLARESREV 2026-A

IDEEI · Controle de Bombeamento Solar

Inversor para Bombas Solares QB100-PV 0,4–37kW Carcaça de Plástico Branca

O QB100-PV converte energia do arranjo solar em saída CA controlada para bombas de água de 0,4 a 37kW. Suas ramificações de modelo verificadas com carcaça plástica branca cobrem 220V monofásico (SS2) e trifásico (S2), além de saída trifásica 380–400V; a seleção final deve seguir a corrente da bomba, o tipo de motor e os dados da string PV.

0.4–37kWCarcaça plástica branca · 220V + 380–400VControle MPPTBombeamento PV direto

Principais características e benefícios

Rastreamento MPPT 99%

O catálogo do produto indica eficiência de rastreamento do ponto de máxima potência solar de até 99%.

Operação solar automática

O controlador pode ligar ou entrar em repouso automaticamente conforme a energia PV disponível.

Proteção da bomba e do inversor

As funções verificadas incluem sobretensão PV, sobrecorrente e derating por sobretemperatura.

Opções de comunicação e invólucro

Monitoramento remoto GPRS e versões com gabinete IP54 são listadas como opções.

Seleção do modelo

A tabela abaixo mantém visível cada ramificação de potência ou modelo verificada. Selecione o inversor pela corrente nominal da bomba, tensão, fase e condições de aplicação — não apenas pelos kW.

Referência do pedido	Potência da bomba	Saída	Classe de entrada PV
QB100-0R4G-S2-PV	0.4kW	Saída trifásica 220V	CC 180–450V
QB100-0R7G-S2-PV	0.75kW	Saída trifásica 220V	CC 180–450V
QB100-1R5G-S2-PV	1.5kW	Saída trifásica 220V	CC 180–450V
QB100-2R2G-S2-PV	2.2kW	Saída trifásica 220V	CC 180–450V
QB100-004G-2-PV	4kW	Saída trifásica 220V	CC 180–450V
QB100-5R5G-2-PV	5.5kW	Saída trifásica 220V	CC 180–450V
QB100-7R5G-2-PV	7.5kW	Saída trifásica 220V	CC 180–450V
QB100-0R4G-SS2-PV	0.4kW	saída monofásica 220V	CC 180–450V
QB100-0R7G-SS2-PV	0.75kW	saída monofásica 220V	CC 180–450V
QB100-1R5G-SS2-PV	1.5kW	saída monofásica 220V	CC 180–450V
QB100-2R2G-SS2-PV	2.2kW	saída monofásica 220V	CC 180–450V
QB100-PV-4KW (SS2)	4kW	saída monofásica 220V	CC 180–450V
QB100-PV-5.5KW (SS2)	5.5kW	saída monofásica 220V	CC 180–450V
QB100-0R7G-4-PV	0.75kW	Saída trifásica 380–400V	CC 250–900V
QB100-1R5G-4-PV	1.5kW	Saída trifásica 380–400V	CC 250–900V
QB100-2R2G-4-PV	2.2kW	Saída trifásica 380–400V	CC 250–900V
QB100-004G-4-PV	4kW	Saída trifásica 380–400V	CC 250–900V
QB100-5R5G-4-PV	5.5kW	Saída trifásica 380–400V	CC 250–900V
QB100-7R5G-4-PV	7.5kW	Saída trifásica 380–400V	CC 250–900V
QB100-011G-4-PV	11kW	Saída trifásica 380–400V	CC 250–900V
QB100-015G-4-PV	15kW	Saída trifásica 380–400V	CC 250–900V
QB100-018G-4-PV	18.5kW	Saída trifásica 380–400V	CC 250–900V
QB100-022G-4-PV	22kW	Saída trifásica 380–400V	CC 250–900V
QB100-030G-4-PV	30kW	Saída trifásica 380–400V	CC 250–900V
QB100-037G-4-PV	37kW	Saída trifásica 380–400V	CC 250–900V

Nota de seleção: Confirm whether the pump requires single-phase or three-phase output. The S2 and SS2 suffixes are not interchangeable.

Especificações técnicas

Item	Especificação verificada
Classe de entrada PV	CC 180–450V (modelos 220V) / CC 250–900V (modelos 400V)
Classe CA	220V / 380–400V
Saída	Monofásica 220V (SS2) / trifásica 220V (S2) / trifásica 380–400V
Eficiência MPPT	Até 99%
Invólucro padrão	Carcaça plástica branca

Opções / configuração do projeto: AC/DC simultaneous access requires customization. GPRS monitoring, IP54 cabinet, boost module availability and synchronous-pump control must be confirmed before order.

Aplicações típicas

Agricultural irrigation

Borehole and deep-well pumps

Livestock water supply

Reservoir and tank filling

Rural water supply

Pond and forestry irrigation

Information Required for Seleção do modelo

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.

Perguntas frequentes

Can the inverter run a pump directly from solar panels?

Yes. The QB100-PV S2 is designed for PV-powered pumping. Confirm the PV string voltage remains inside the verified range for the selected Classe 220V · saída trifásica 220V 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.

Seleção de engenharia e pedidos em volume

Envie a placa de identificação. Nós dimensionamos o inversor.

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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