ZIRI 4SC8-88 3HP 88m 15m³/h Hybrid Solar Pump Kit

Product description

The ZIRI 4SC8-88 3CV 88m 15m³/h Hybrid Solar Pump Kit is designed to move large volumes of water with medium pressure in 4” wells. It integrates a high-performance centrifugal pump with integrated electronics and MPPT and a photovoltaic array based on 7 JA Solar 455 W panels, as well as MC4 connectors and PV1-F 6 mm² cabling. The pump operates in hybrid mode: on direct current from panels with MPPT tracking and, when continuity is needed, on 90–240 V AC from grid or generator. It is a professional solution for large-scale irrigation, reservoir filling, and water transfer with quick installation and minimal maintenance.

Main features

• High flow rate: up to 15 m³/h in working configuration, ideal for irrigation and rapid tank filling.
• Service head: 88 m with stable curve for long lines and moderate pressure losses.
• Integrated MPPT with wide PV window: Vmp 60–380 V and max Voc 440 V; operation on AC 90–240 V.
• 4” centrifugal hydraulics with 2” outlet to minimize losses and maintain high flow rate.
• Compact and robust design (≈1.0 m and ≈16.5 kg) for standard 4” well casing.
• Complete kit with 455 W modules, connectors, and 50 m of PV1-F 6 mm² cable (red/black).

Advantages or benefits

• Simplified installation: electronics inside the pump reduce panels and surface cabling.
• Superior solar performance: MPPT maximizes available energy and daily useful flow.
• 24/7 continuity: possibility to switch to AC when irradiance is low or for nighttime operation.
• Lower total cost: fewer components, less installation time, and reduced maintenance.
• Versatility for agriculture, livestock, farms, and supplies with high demand.

Purpose or applications

Recommended for large-scale irrigation by sprinkler or drip, filling of ponds and tanks, high-volume transfers, and supply with high consumption in 4” wells. Suitable for farms and operations seeking very high flow with medium pressure and the security of hybrid DC/AC operation.

Technical specifications

Compatibilities

Recommended accessories and peripherals (not included): structure for 7 panels (coplanar or ground), DC type II protections, DC isolator/circuit breaker, IP65 waterproof box, submersible cable and waterproof joints, 2” check valve, level probe, and discharge/HDPE pipe. If you will frequently use AC mode, add suitable AC protections.

Kit composition

• 1 × ZIRI 4SC8-88 3CV 88m 15m³/h Hybrid Submersible Solar Pump.
• 7 × Bifacial Solar Panel JA Solar 455W JAM54D40 LB.
• 1 × Pair of MC4 Connectors WSPVCC-1500 (up to 1500 VDC).
• 1 × Solar Cable PV1-F Black 1×6 mm² 25 m 1500 V DC.
• 1 × Solar Cable PV1-F Red 1×6 mm² 25 m 1500 V DC.

Technical note: the included panel power is considered a minimum recommended guideline for this model; it can be adjusted according to actual head, target flow rate, and installation losses, always remaining within the MPPT range.

The ZIRI 4SC8-88 3CV 88m 15m³/h Hybrid Solar Pump Kit provides outstanding flow rate, integrated electronics, and hybrid operation to deliver guaranteed power and performance in solar pumping projects with high water demand.

Product description

The ZIRI 4SC8-88 3CV 88m 15m³/h Hybrid Solar Pump Kit is designed to move large volumes of water with medium pressure in 4” wells. It integrates a high-performance centrifugal pump with integrated electronics and MPPT and a photovoltaic array based on 7 JA Solar 455 W panels, as well as MC4 connectors and PV1-F 6 mm² cabling. The pump operates in hybrid mode: on direct current from panels with MPPT tracking and, when continuity is needed, on 90–240 V AC from grid or generator. It is a professional solution for large-scale irrigation, reservoir filling, and water transfer with quick installation and minimal maintenance.

Main features

• High flow rate: up to 15 m³/h in working configuration, ideal for irrigation and rapid tank filling.
• Service head: 88 m with stable curve for long lines and moderate pressure losses.
• Integrated MPPT with wide PV window: Vmp 60–380 V and max Voc 440 V; operation on AC 90–240 V.
• 4” centrifugal hydraulics with 2” outlet to minimize losses and maintain high flow rate.
• Compact and robust design (≈1.0 m and ≈16.5 kg) for standard 4” well casing.
• Complete kit with 455 W modules, connectors, and 50 m of PV1-F 6 mm² cable (red/black).

Advantages or benefits

• Simplified installation: electronics inside the pump reduce panels and surface cabling.
• Superior solar performance: MPPT maximizes available energy and daily useful flow.
• 24/7 continuity: possibility to switch to AC when irradiance is low or for nighttime operation.
• Lower total cost: fewer components, less installation time, and reduced maintenance.
• Versatility for agriculture, livestock, farms, and supplies with high demand.

Purpose or applications

Recommended for large-scale irrigation by sprinkler or drip, filling of ponds and tanks, high-volume transfers, and supply with high consumption in 4” wells. Suitable for farms and operations seeking very high flow with medium pressure and the security of hybrid DC/AC operation.

Technical specifications

Compatibilities

Recommended accessories and peripherals (not included): structure for 7 panels (coplanar or ground), DC type II protections, DC isolator/circuit breaker, IP65 waterproof box, submersible cable and waterproof joints, 2” check valve, level probe, and discharge/HDPE pipe. If you will frequently use AC mode, add suitable AC protections.

Kit composition

• 1 × ZIRI 4SC8-88 3CV 88m 15m³/h Hybrid Submersible Solar Pump.
• 7 × Bifacial Solar Panel JA Solar 455W JAM54D40 LB.
• 1 × Pair of MC4 Connectors WSPVCC-1500 (up to 1500 VDC).
• 1 × Solar Cable PV1-F Black 1×6 mm² 25 m 1500 V DC.
• 1 × Solar Cable PV1-F Red 1×6 mm² 25 m 1500 V DC.

Technical note: the included panel power is considered a minimum recommended guideline for this model; it can be adjusted according to actual head, target flow rate, and installation losses, always remaining within the MPPT range.

The ZIRI 4SC8-88 3CV 88m 15m³/h Hybrid Solar Pump Kit provides outstanding flow rate, integrated electronics, and hybrid operation to deliver guaranteed power and performance in solar pumping projects with high water demand.