• 7.5Kw To 30Kw Three Phase 380V Output  /  Vfd /  Vsd Solar Pump Inverter For Irrigation
  • 7.5Kw To 30Kw Three Phase 380V Output  /  Vfd /  Vsd Solar Pump Inverter For Irrigation
7.5Kw To 30Kw Three Phase 380V Output  /  Vfd /  Vsd Solar Pump Inverter For Irrigation

7.5Kw To 30Kw Three Phase 380V Output / Vfd / Vsd Solar Pump Inverter For Irrigation

Product Details:

Place of Origin: Guangdong,China
Brand Name: ZK
Certification: CE,IEC,ISO
Model Number: SG320-030GB-4T

Payment & Shipping Terms:

Minimum Order Quantity: 1pcs
Price: Negotiation
Packaging Details: Wooden case,Paper case
Delivery Time: 3-5 work days
Payment Terms: T/T, Western Union,Paypal
Supply Ability: 3000pcs per week
Get Best Price Contact Now

Detail Information

Input Voltage: 250-800VDC Or 380VAC Output Current: 60A
Overload: Protection Output Type: DC/AC Inverters
Size: 640*410*390 OEM: Accept
Suitable Pump: Single Phase Three Phase Pumps Dry Run: Yes
DC/AC Input: Accept

Product Description

7.5Kw To 30Kw Three Phase 380V Output / Vfd / Vsd Solar Pump Inverter For Irrigation

 

Solar Pumping System description

 

The system is composed of a PV generator, a pump and a solar pump inverter. Based on the design philosophy that it is more efficient to store water rather than electricity, there is no energy storing device such as storage battery in the system. The system is prepared to be combined with a elevated water storage, e.g. water tower or an uphill tank installation. The PV generator, an aggregation of PV modules connected in series and in parallel, absorbs solar irradiation and converts it into electrical energy, providing power for the whole system. The pump drive controls and adjusts the system operation and converts the DC produced by the PV module into AC to drive the pump, and adjusts the output frequency in real-time according to the variation of sunlight intensity to realize the maximum power point tracking (MPPT).

The pump driven by 1/3-phase AC motor, can draw water from deep wells, rivers and lakes and pour it into storage tanks or reservoirs, or be connected directly to the irrigation system, fountain system, etc.
According to the actual system demand and installation condition, different types of pumps such as centrifugal pump, axial flow pump, mixed flow pump or deep well pump can be used.
 

Solar Pump Inverter Features

 

1. Input voltage from 250V DC to 800V DC drive single phase or three phase 380V AC water pump.

 

2.It can prevent the water pump from dry pumping without water when the water source is dry.

 

3.The PQ (power/flow) performance curve enables calculating the flow output from the pump.

 

4.Strong lightning protection.

 

5.Ambient temperature for using: -10 to +50˚C.

 

6.The working voltage of solar panel can set by manual or MPPT automatically tracking.

 

7.Suits for most 3 phase AC pumps.

 

8. Digital control for fully automatic operation, data storage and protective functions.

 

 

7.5Kw To 30Kw Three Phase 380V Output  /  Vfd /  Vsd Solar Pump Inverter For Irrigation 0

 

 

Technical Specification

 

 

Recommended MPPT voltage range

Vmpp 131 to 350 VDC for 1S (80V to 350VDC input, 3PH 110 to 220VAC output)
Vmpp 280 to 375VDC for 2S ( 150V to 350VDC input, 3PH 220 to 240VAC output)
Vmpp 486 to 750 VDC for 4T ( 250V to 800VDC input, 3PH 380 to 460VAC output)

Recommended input voltage (Voc and Vmmp)

Voc 180(VDC), Vmpp 155(VDC) for 1S model or 110V AC pumps
Voc 355(VDC), Vmpp 310(VDC) for 2S model or 220V AC pumps
Voc 620(VDC), Vmpp 540(VDC) for 4T model or 380V AC pumps

Motor type

Control for permanent magnet servo motor and asynchronous motor pumps.

Input power

DC power from solar arrays or AC grid power

Maximum DC power input

400VDC for 220AC output /800VDC for 380V AC output

Rated output voltage

3-phase , 110V/160V/220V. 3-phase, 220V/380V/480V

Output frequency range

0~50/60Hz

MPPT efficiency

97%,

Ambient temperature range

(G-type inverter with submersible pumps, and P type for general pumps.

Solar pump control special performance

MPPT ( maximum power point tracking), CVT (constant voltage tracking), auto/manual operation,
dry run protection, low stop frequency protection, minimum power input, motor maximum
current protection, flow calculating, energy generated calculating

Protection function

Phase loss protection, phase short circuit protection , ground to phase circuit protection , input
and output short circuit protection. Stall protection

Protection degree

IP20, Air force cooling

Running mode

MPPT or CVT

Altitude

Below 1000m; above 1000m, derated 1% for every additional 100m.

 

 

Input voltage, total power solar arrays selection.

 

Input voltage, power solar arrays selection
Pumps model Inverter models Vmp Voc Total Power of solar arrays
110VAC pumps 1S 110*1.41=130VDC 156VDC ≧ (1.3 to 2.0) rated power
of pumps
It is also depend on the
quality of solar panels.The more power input,the better performance.
220VAC pumps 2S 220*1.41=310VDC 372VDC
380VAC pumps 4T (Max
800VDC)
380*1.41=540VDC 648VDC
480VAC pumps 4T ( Max
900VDC)
480*1.41=677VDC 812VDC

 

 

SG320 series solar pump inverter dimensions

 

 

Power

 

H

(mm)

 

H1

(mm)

 

W

(mm)

 

W1

(mm)

 

D

(mm)

 

Installation

Hole

 

SG200-1K5GB-4T

 

170

 

160

 

85

 

67

 

129

 

Ф5

 

SG200-2K2GB-4T

 

SG200-4K0GB-4T

 

195

 

184

 

 

98

 

 

85

 

143

 

Ф5

 

SG200-5K5GB-4T

 

 

 

 

 

How to perform auto tuning for driving PMSM?

 

1). Set sensorless vector control mode for driving PMSM, F0-01=2

 

2). Set PMSM motor parameter, F2-00=1, F2-11 ( rated frequency of PMSM), F2-12 ( rated voltage of PMSM), F2-13 ( rated current of PMSM), F2-14 ( rated back EMF or PMSM), F2-15 ( stator resistance of PMSM). The frequency, current and voltage is important parameters, it need to set. )

 

3). Set F2-10=1 or 2 to perform PMSM ID auto tuning. If the motor is easy to remove from pump, please set F2-10=1, if the motor is difficult to remove from pump, please set F2-10=2. Press the RUN button to perform motor trial running and observe the running frequency and the water yield. If the sunlight radiation is good, and frequency goes up, but water flow is very small. Might the direction of pumps running is not correct, please to change any two phase motor wiring.

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