Related Manuals for MPP Solar 6000 Grid PV
Summary of Contents for MPP Solar 6000 Grid PV
- Page 1 6000 Grid PV - Inverter 4.6KW OUTPUT Installation and Operation Manual Version 1.0...
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Page 2: Table Of Contents
Contents Read this User Manual before you start ............. 3 1. Safety Instructions ..................... 4 2. Limited Warranty ....................5 3. Overview ......................6 3.1. Introducing the Grid PV System ............6 3.2. Introducing the Grid PV System ............7 3.3. -
Page 3: Read This User Manual Before You Start
Congratulations on purchasing Inverter 6000 Grid PV from MPP SOLAR (referred to in this manual as “PV-Inverter”, or simply the “device”). This PV-Inverter is a highly reliable product due to its innovative design and perfect quality control. The device is dedicated to high-demand, grid-linked PV systems. -
Page 4: Safety Instructions
Brightens your future 1. Safety Instructions 1. Risk of Electric Shock: Alternating Current (AC) and Direct Current (DC) sources are terminated in this device. To prevent risk of electric shock during maintenance or installation please ensure that all AC and DC terminals are disconnected. 2. -
Page 5: Limited Warranty
The damage report must be issued within 5 working days after receiving the PV-Inverter. MPP SOLAR is not responsible for damages beyond the scope of this warranty. -
Page 6: Overview
Brightens your future 3. Overview 3.1. Introducing the Grid PV System The Grid PV System is mainly composed of 4 parts: the PV-panels, the PV-Inverter, the AC-Connection Unit (the connection Interface) and a connection to the Public Utility. When a PV-panel is exposed to sunlight and connected to an inverter, it generates DC power. -
Page 7: Introducing The Grid Pv System
Brightens your future 3.2. Introducing the Grid PV System (7) Front LCD Display Panel (1) Connection Panel (6) RS232 Connector (2) Heat-sink (5) Optional Communication Port and Cover (3) 3-pairs of DC inputs (4) AC Output 6000 Inverter (1) Connection Panel: The connection panel contains DC and AC terminals, and communication ports as detailed below. -
Page 8: Front Panel Leds
Brightens your future 3.3. Front Panel LEDs There are 2 LED’s on Grid tied 6000, one is green and the other is red. Normally, only the green LED will turn on during operation. Their indicated status are explained as follows: Power on (green LED): It lights when Inverter is running. -
Page 9: Features
Brightens your future 4. Features Very high conversion efficiency (>96%) 3 MPP (Maximum Power Point) trackers, independent or parallel operation IP65 compliant for outdoor application Embedded LCD, displaying status and system information Fanless design, quiet operation ... -
Page 10: Installtion
Brightens your future 5. Installation 5.1. Inside Grid tied 6000 Package The following items are included with your Inverter 6000 Package: (1) Inverter 6000 PV-Inverter (2) Installation and Operation Manual (3) 4 Mounting Screws and 4 Snap Bushings (4) 2 Safety-lock screws (5) 3-hole Rubber Bushing (6) Mounting Bracket 5.2. - Page 11 Brightens your future No flammable items are to be near the inverter. Inverter can be installed and operated at locations where the ambient temperature is up to 55 degrees Celsius. However the optimal condition is to install inverter where ambient temperature is between 0 to 40 degrees Celsius.
- Page 12 Brightens your future 1. Choose a dry place, out of direct sunlight with ambient temperature between 0 and 40°C. 2. Select a wall or solid, vertical surface which is strong enough to support the inverter. 3. The PV-Inverter requires adequate cooling space for heat dispersal.
- Page 13 Brightens your future 4. Mark the positions of the 4 outer mounting holes onto the wall with the bracket as illustrated : Using the Outer Mounting Holes Upper Mounting Holes Lower Mounting Holes Mounting Bracket...
- Page 14 Brightens your future 5. To install the device to a narrow upright, mark the 4 central holes at the back of the bracket. Using the Central Mounting Holes Upper Central Mounting Holes Lower Central Mounting Holes 6. Drill the 4 marked holes in the wall, and then drive in the 4 Snap Bushings.
- Page 15 Brightens your future 7. Mount the PV-Inverter onto the bracket as illustrated: Safety Lock Screw 8. Insert the Safety Lock screws to fix the PV-Inverter in place. 9. Install the device vertically to ensure the device is properly fixed to the bracket. LCD Display...
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Page 16: Connecting The Ac-Output Cable
Brightens your future 5.3. Connecting the AC-Output Cable Connect your PV-Inverter to the AC-Connection unit via the AC-output cable as following steps: AC-Output Connector AC-Output Cable (≥ 2.0mmØ) AC connection unit (consisting of breaker, fuse, terminals etc.) (1) Open the AC-output cover with a screw driver. - Page 17 Brightens your future (3) Unscrew the cable lock and prepare your AC cable. AC cable lock (4) Remove the rubber plug from inside the AC connector socket. Rubber Plug (no hole in it) (5) Insert the provided rubber bushing with three holes into the AC connector socket.
- Page 18 Brightens your future (6) Now insert the three wires of the AC cable into the bushing holes. (7) Fix the brown wire to L (Line); the Light-blue wire to N (Neutral); and the Yellow-green wire to G (Ground). Note that all three wires should be at least 2.0mmØ...
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Page 19: Connecting The Pv-Panel
Brightens your future (9) Now screw on the Connector Locker to lock the bushing and cable together. 5.4. Connecting the PV-Panel (1) First make sure the maximum open circuit voltage Voc of each PV string is below 750VDC UNDER ANY CONDITION. (2) Always connect PV-Panel positive (+) terminal to PV-Inverter DC positive (+) terminal, and the PV-Panel negative (-) terminal to PV-Inverter DC negative (-) terminal. -
Page 20: Connecting To The Connection Unit
Brightens your future (4) To fully optimize the PV DC output set-up, use the following configuration guidelines: (a) For PV DC output less than 8.5A, use a single pair of PV-Inverter DC terminals. (b) For PV DC output between 8.5A and 17A, use two sets of inverter DC terminals. - Page 21 Brightens your future (2) After the PV-Panels are connected to the PV-Inverter, the output voltage is greater than 100VDC and the AC grid is not connected to the inverter, the LCD displays “Model= XXXXXX”-> “Waiting”-> “No Utility”. The RED “fault LED” turns on. Initial Display before Connecting to the Public Utility Function Button No Utility...
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Page 22: Operation The Inverter
Brightens your future 6. Operating the Inverter LCD Display Function Button No Utility Power-on LED Pac = 0.00 Fault LED 6.1. Auto-power The PV-Inverter starts up automatically once DC-power from the PV-Panel is sufficient. There are 3 modes of operation. 6.2. - Page 23 Brightens your future 2. Fault The PV-Inverter’s intelligent controller continuously monitors the system status. Unexpected conditions such as grid problems or internal failures are displayed on the LCD and the “Fault LED” turns on. Faults are indicated by the red “FAULT” LED. 3.
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Page 24: Using The Lcd Display
Brightens your future Before connecting PV-Panels to DC terminals, make sure the polarity of each connection is correct. An incorrect connection could permanently damage the device. 6.3. Using the LCD Display Use the Function Button to customize the LCD display settings, or view further information about the internal status of your PV-Inverter. - Page 25 Brightens your future Press the Function Button six times AC-current = XX.XA displays the current energy output Pac = XXXX.XW Pressing the Function Button seven Energy = XXXKWh times displays the Model No. of Pac = XXXX.XW the Inverter Model= 6000 Pressing Function Button nine times Pac = XXXX.XW displays the firmware version...
- Page 26 Brightens your future After the highest level is reached, the Contrast contrast starts to decrease Pac = XXXX.XW A few seconds delay and the display Contrast automatically returns to its “Normal” display Pac = XXXX.XW Normal State Pac = XXXX.XW Changing the Language Repeat press the Function Button Normal State...
- Page 27 Brightens your future Locking the display To lock the current display (for example, Frequency), press and hold Frequency= XX.XHz the Function Button for about a Pac = XXXX.XW second Locl The screen displays “Lock” then returns Pac = XXXX.XW to the previous screen Frequency= XX.XHz Pressing the Function Button on the Pac = XXXX.XW...
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Page 28: Maximum Power Point Tracking (Mppt)
Brightens your future 6.4. Maximum Power Point Tracking (MPPT) Due to its advanced design, your PV-Inverter can track the maximum power from any PV-Panel under any condition. When the output power display is stable, your PV-Inverter is converting the maximum power available. -
Page 29: Lcd Display Messages
Brightens your future 6.5. LCD Display Messages Operating Message in English Description conditions Normal working status Power off No display PV inverter is totally shutdown, V ≤ 80V 80V< Input voltage ≤ 100V Standby Standby Initialization & waiting Waiting Input voltage range 100~150V during start-up. - Page 30 Brightens your future 2. Grid impedance change (∆Z) is higher than limit No utility No Utility Utility is not available Input voltage too high PV over voltage Input voltage higher than the 750V Inverter fault Consistent failure Consistent fault The readings of 2 microprocessors are not consistent.
- Page 31 Brightens your future Waiting for reconnect Reconnect in xxx sec The time for reconnect to grid to grid Firmware version Ver xx.xx F/W version information Setting Language Set Language Set up of the display language...
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Page 32: Communication Interface
Brightens your future 7. Communication Interface 7.1. RS232 Your PV-Inverter is equipped with a versatile communications interface. Use Inverter 6000 “EZ Control” to monitor status of multiple inverters. Firmware upgrades are also available via this interface. Inverter 6000 is integrated with a DB9 socket for the RS232 interface. Remove the DB9 socket cover before use. -
Page 33: Troubleshooting
Brightens your future 8. Troubleshooting Your PV-Inverter requires very little maintenance. When unexpected situation occurs, please refer to the following table should further assistance be required before calling your local dealer. The following table lists common fault messages that display when the fault LED is lit, and their solutions. - Page 34 Brightens your future Troubleshooting your PV-Inverter Fault Diagnosis and Solution Message (1) Check open PV voltage, see if it is too close to or PV Over over 750VDC. (2) If PV voltage is less than 750Vdc, and the Voltage problem still occurs, please call service. (1) Disconnect PV(+) and PV(-) from the input, start Consistent the unit again.
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Page 35: Specifications
Brightens your future 9. Specifications Grid tied 6000 Model Nominal output power 4600W Max. power 5100W Input Nominal DC voltage 600 VDC Maximum PV open 750 VDC voltage MPPT range 125V to 700Vdc Working range 100V to 750Vdc Max. input current 8.5ADC Output Operational voltage... -
Page 36: Compliance Of Standards
Brightens your future 10. Compliance of Standards EMC: DIN EN 50081, part 1 (EMV-interference emission) (EN 55014, EN 60555 part 2, EN 55011 group 1, class B) DIN EN 50082, part 1 (EMV-interference immunity) Grid Interference: DIN EN 61000-3-2 Grid Monitoring: Independent disconnection device (MSD, Mains monitoring with allocated Switching Devices) according to VDEW;... -
Page 37: Load Graph And Efficiency Graph
11. Load Graph and Efficiency Graph The relationship between PV input voltage (V ) and input power (P is shown in the following example. Once PV input voltage is less than 447V, the relation of V and power is: (W) = 8.5 x V Example: V is 400VDC, the maximum power could take by...