1. Manuals
  2. Brands
  3. GSL Manuals
  4. Inverter
  5. GSL-H-12KLV-US
  6. User manual

GSL -H-12KLV-US User Manual

Power inverters
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
POWER Inverters
GSL-H-12KLV-US
Hybrid
5.0 inch Big Touchscreen LCD Display
PV
0.1V
0.1V
0.1V
10240W
Battery
75%
0W
51.9V
237.4V
49.99Hz
Backup Loading
PV Energy
Today:
0W
Total:
Normal
0W
Discharge Energy
0W
237.6V
Today:
49.99Hz
Total:
Import
2W
Grid
Today:
Total:
4936W
Consumption
Today:
Home Loading
Total:

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the GSL-H-12KLV-US and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for GSL GSL-H-12KLV-US

Summary of Contents for GSL GSL-H-12KLV-US

  • Page 1 POWER Inverters GSL-H-12KLV-US PV Energy Hybrid 5.0 inch Big Touchscreen LCD Display Today: 0.1V Total: Normal 0.1V Discharge Energy 0.1V 237.6V Today: 49.99Hz 10240W Total: Import Battery Grid Today: Total: 4936W 51.9V Consumption Today: 237.4V Home Loading Total: 49.99Hz Backup Loading...

  • Page 2: Table Of Contents

    CONTENTS About This Manual Safety Safety Instruction Brief Introduction System Solution Installation Packaging List Location Selection and Installation Requirements for installation location 3.2.1 Installing the inverter 3.2.2 Connection Overview System connection PV Connection Connection Battery Battery p ower cable connection Battery communication cable connection 3.5.2 Grid&EPS load Connection...
  • Page 3 Monitor System Setup 3.10 Wifi/GPRS/4G/WLAN dongle connection 3.10.1 Setup the Monitor system 3.10.2 Set homewifi password to dongle 3.10.3 Third party RS485 communication 3.10.4 Operation Guide Operation Mode Self-usage mode (Default) 4.1.1 Charge first mode 4.1.2 AC charge mode 4.1.3 Rapid Shutdown LCD Display Viewing information and alarm/fault record...

  • Page 4: About This Manual

    Safety 1.1 Safety Instruction General Safety Instructions The inverter has been designed and tested strictly according to international safety regulations. Read all safety instructions carefully prior to any work and observe them at all times when working on or with the inverter. The operator must be qualified personnel and the installation must be capable with relevant national or international standards or regulations.
  • Page 5 Avoid misoperation and Inappropriate Usage All the work of this product (system design, installation, operation, setting , configuration and maintenance must be carried out by qualified personnel as required. All connections must be in accordance with local and national regulations and standards. Only when permitted by utility grid, the inverter and system can interconnected with the utility grid.

  • Page 6: Brief Introduction

    Brief Introduction System Solution This product and relevant system is suitable for following system applications (system diagram): 1 . Solar and battery storage system 2 . AC Coupling with existed solar system Existed On-grid Solar System 3 . On-grid solar system without battery 4 .

  • Page 7: Installation

    Installation Packaging List & Storing Packaging List When the packaging is unpacked, the inner components should be the same as described in below packaging list. Wi-Fi dongle X1 Communication Bracket: wall-mounted×1 User Manual X1 Port Cover X6 Optional Cross Head Expansion Screw Battery communication Parallel communication...

  • Page 8: Installing The Inverter

    c. Never install the inverter in a place with direct sunlight, rain or snow. Please refer to below figure and select a well shaded place or install a shed to protect the inverter from direct sunlight, rain and snow etc. PROTECT the LCD screen from excessive UV exposure d.
  • Page 9 Step1. Mark the positions of drill holes with the mounting bracket, then drill 4 holes of 8mm(5/16inch) diameter and make sure the depth of the holes is deeper than 50mm(2inch). Step2. Install the expansion bolts into the holes and tighten them, then use the corresponding nuts and washers (packaged together with the expansion bolts) to install and fix the wall-mounting bracket on the wall.

  • Page 10: Connection Overview

    Connection Overview 3.3.1 System Connection The system connection diagram is as below( for US version): UPS Load Please prepare the breakers before connetion, breakers selection recommendation for both DC and AC Inverter model MPPT1 string 1 : 600V/20A PV Breakers(2Px4) MPPT2: 600V/20A Battery Breaker(2P) 100V/300A...

  • Page 11: Pv Connection

    Overview of the cable box a). DRM port(Applied only in AU) b). Battery communication port(CAN&RS485) please check Chapter 3.5.2 for Pin definition c). CT Interface: please check Chapter 3.6.4 for CT connection a. DRM Interface FAN1 d). INV 485: Debugging port f.
  • Page 12 1. The inverters has triple MPPTs. For MPPT1, users can connect two strings. For MPPT2 and MPPT3, users can connect one string. 2. When users connect 2 strings to MPPT1, make sure the two strings has same quantity of solar panels. The inverter will limit the total MPPT1/MPPT2/MPPT3 input current to 25A/15A/15A automatically.

  • Page 13: Battery Connection

    Battery Connection 3.5.1 Battery power cable connection Cable Requirement: Model Cable Size Minimum Voltage OT ring Torque for cable connection 3/0-4/0 AWG(85-100 mm ) 20(N.M) RNB100-10 600V Step 1: Strip 1/4-5/16inch(6-8mm) insulation from the cable end and crimp OT rings for the cable ends. Step 2: Route the battery power cable through the cable gland, connect positive to BAT+,negative to BAT-.

  • Page 14: Grid Type Selection

    After battery power cable and communication cable connection, users need to enter Advanced setting and choose Battery type and brand on the inverter LCD Grid type Gird Freq 240V/120V Basic For Li-ion battery Grid regulation Reconnect time(S) Charge Please make sure the lithium-ion battery to be used is compatible with Discharge inverters.

  • Page 15: Grid&Eps Load Connection

    3.6.2 Grid and EPS load connection for split-phase service Connection diagram for 120/240V is as below. The connection diagram for 120/208V split phase service is roughly the same except that generator is not supported. The inverter can be connected to the load side of the service disconnecting means if the busbar rating in the main panel can meet the NEC705.12(B)(3) requirements.

  • Page 16: Ac Cable Connection

    3.6.3 AC cable connection Cable Requirement: Cable Diameter Minimum Voltage Current Cross-section Torque for cable connection OT ring 100A 6-7mm 600V 3-2AWG(25-35mm ) 41(N.M) RNB38-10S 41(N.M) RNB100-10 9-10mm 200A 2/0-3/0AWG(70-85mm ) 600V a. Strip off 5/16-3/8inch(8~10mm) insulation sleeve on the cables. b.
  • Page 17 CT 1 TO PCS CT 2 TO Grid TO PCS TO Grid Pin8 Pin7 Pin5 Pin6 485B 485A +VIN -12V GRID Please refer to the above connection diagram for the correct positions of CTs. Please clamp the 2 CTs on the L1 and L2 wires at the service entry point in the main service panel. The arrows on the CTs must point to inverter side.

  • Page 18: Working With Generator

    PV input Meter or CT 1: CT PV1,PV2 independent Basic MODBUS addr Meter type 0: Default Charge Vpv start (V) CT ratio 1/1000 Discharge EPS output Offgrid output Micro-grid without Battery Advanced Seamless switch RSD disable Charge last Debug CT direction reversed AC couple on EPS side FAN1 Device info.
  • Page 19 Generator Connection-Whole Home Backup Utility Meter Kw. h GRID 7 9 8 6 6 L1 L2 L1 L2 480r/kw. h 10A Service CT 1 Disconnect CT 2 Inverter Disconnect Generator 2-wire start Generator Backup Panel Disconnect When generator is started, all the loads connected to EPS will be supplied by the generator. Meanwhile battery will be charged.

  • Page 20: Generator Startup And Stop Settings

    3.7.2 Generator Startup and Stop settings Basic Bat charge control Use SOC % Use Bat V Bat charge current limit(A) Charge Discharge AC charge Time 1 AC charge power(kW) Advanced Stop AC charge SOC(%) Time 2 Debug Stop AC charge Volt (V) Time 3 Device info.

  • Page 21: Ac Coupling Installation Connection

    AC Coupling Installation Connection The inverter supports AC coupling connection with existing grid-interactive solar system. The existing solar system is connected to the inverter's EPS port. Connection for AC coupled solar system Utility Meter Kw. h GRID 7 9 8 6 6 L1 L2 L1 L2 480r/kw.
  • Page 22 What is frequency shifting power reduction? All UL1741SA compliant grid-interactive inverter has the Frequency-Watt feature, which requires the grid- interactive inverter to reduce power with the increasing of grid frequency when grid frequency is over 60Hz. The power will drop to zero before the over frequency trip threshold is reached. When the hybrid inverter requires the grid interactive inverter to reduce power, it simply shift the output frequency up a bit, the grid-interactive inverter will l imit its output power accordingly after sensing this frequency shift.

  • Page 24: Monitor System Setup

    Please put the CAN communication PIN to on status for the first and the end inverter Parallel line(n to 1) The max parallel quantity is 10, so 2<n<10 Parallel line(n-1 to n) Parallel line1 Parallel line2 No.1 No.2 No.n-1 No.n If the parallel cable is not enough or long enough, please make a straight pin to pin cable Settings for paralleling function in monitor system 1.

  • Page 25: Setup The Monitor System

    3.10.2 Setup the monitor system 1. Sign up an account on the mobile phone APP or Website 2. Create station and add dongle for the station The "customer code" is a code we assigned to your distributor or installer. You can contact your supplier for their code. add station, add wifi module * E-mail * Language...

  • Page 26: Third Party Rs485 Communication

    6 7 8...

  • Page 27: Operation Guide

    4. Operation Guide 4.1 Operation Mode The inverter has different working mode to meet customers' various demands, the working modes are as below: 4.1.1 Self-usage Mode (Default) In this mode, the priority order of load supply source is Solar>Battery>Grid. The priority order of solar power usage is Load>Battery>Grid.
  • Page 28 4.3 LCD Display Users can view inverter running status, real time power, daily and accumulated energy information conveniently on inverter LCD. In addition to the above information, users can also check alarm and fault record on the display for troubleshooting. 4.3.1 Viewing information and alarm/fault record Home Page Touch the screen to light it up if it's in sleep mode.

  • Page 29: Rapid Shutdown

    Fault/Alarm Information Touching the bell icon at the bottom of the screen, you'll see all current and historical fault & warning information on this page. Fault status Fault status M 3 Rx f a i l u re M o d el f au l t Ep s s h o rt c i rcu i t B at c o m fai l u re A FC I c o m fai l u re...

  • Page 30: Charge First Mode

    4.1.2 Charge First Mode The priority order of solar power usage will be Battery >Load >Grid. During Charge Priority time period, load is first supplied with grid power. If there is excess solar power after battery charging, the excess solar power will take load together with grid power.

  • Page 31: Setting Parameters

    4.1.3 AC Charge Mode Users can charge battery with grid power when electricity price is cheap, and discharge battery power to supply load or export to the grid when electricity price is high. Application Scenarios When users have a Time of Use(TOU) rate plan. Related Settings Basic Bat charge control...
  • Page 32 b. Charge setting Bat charge control: users can decide to use SOC or BatV to control charge and discharge logic depends on battery type. Basic Bat charge control Use SOC % Use Bat V Bat charge current limit(A) Bat charge current limit(A): users can set Max charge current. Charge AC Charge: setting for utility charge.

  • Page 33: Start-Up And Shut Down The Inverter

    d. Advanced setting Advanced setting is mainly by installer after installation. Grid type: you can choose by yourself,240/120V, 220/108V,240V Grid type Gird Freq 240V/120V Basic Battery type: No battery, lead-acid or lithium-ion. Grid regulation Reconnect time(S) Charge If lead-acid battery is selected, please input correct Discharge battery capacity Advanced...

  • Page 34: Troubleshooting & Maintenance

    5. Troubleshooting & Maintenance 5.1 Regular Maintenance Inverter Maintenance a. Check the inverter every 6 months or 1 year to verify if there are damages on cables, accessories, terminals and the inverter itself. b. Check the inverter every 6 months to verify if the operating parameter is normal and there is no abnormal heating or noise from the inverter.
  • Page 35 Meaning Troubleshooting Fault M3 microprocessor fails to receive M3 Rx failure Restart inverter, if the error still exists, contact data from DSP your inverter supplier. Model fault Incorrect model value 1. Check if the L1, L2 and N wires are connected correctly at inverter EPS output port;...
  • Page 36 2. Alarm on the LCD If the dot on the left of fault item is yellow, it means the fault is active. When it is grey, it means the fault is deactive Fault status B at c o m fai l u re A FC I c o m fai l u re A FC I h i g h M eter c o m fai l ure...
  • Page 37 1. Check if there is ground fault on grid and load side; Inverter detected leakage current Trip by gfci high 2. Restart inverter. If the fault remains, contact your on AC side inverter supplier. Restart inverter. If the fault remains, contact Inverter detected high DC injection Trip by dci high your inverter supplier.

  • Page 38: Fan Replacement

    5.4 Fan replacement Please check and clean the fans regularly. The recommended period is 6 months. Please replace the fan following up the below diagram if there is problem with the fans. Turn off the system and wait for more than 5 minutes before disassembling the machine. a.
  • Page 39 c. Loosen the screws and remove them d. Remove the fan fixing e. Loosen the waterproof connector f. Remove the fan and replace it g. After the fan is installed, follow the steps just now to push back and assemble it back...
  • Page 40 POWER Inverters GREEN SOLUTIONS ENJOY THE SUNNY SIDE OF OUR SOLUTIONS SWITCH YOUR ENERGY NEEDS TO EFFICIENT RENEWABLE TECHNOLOGIES. FROM STORED ENERGY TO ENERGY GENERATION , WE'VE GOT YOU COVERED.

Table of Contents