Battery Discharge Power Mode / Wind Turbine / Solar Panel (PV) MPPT Grid Tie Inverter with Limiter, LCD Display and WiFi module

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GREEN POWER »
Battery Discharge Power Mode / Wind Turbine / Solar Panel (PV) MPPT Grid Tie Inverter with Limiter, LCD Display and WiFi module
[GTIL2-LCD]
Item #:  263
The GTIL2-LCD Grid Tie Power Inverter with LCD display is the world’s most technologically advanced inverter for use in utility-interactive applications. This integrated system maximizes energy harvest, increases system reliability, and implifies design, installation and management.
You can use this 2nd generation GTIL2-LCD grid tie inverter with Solar Panel [SUN] or Battery [BAT] (DC), Wind turbine [WDL] (DC) and Wind turbine 3 phase [WAL] (AC) input type with configurable 10-30 / 22-60 / 45-90 V input voltage range. The output voltage is pure sine wave auto selected AC 110 / 220 V and 50 / 60 Hz with possible 1000 / 2000 W output power version. Supports it limiter for control the amount of power, dump load controller and resistor for the wind turbine and WiFi plug module for online monitoring.
The small type solar and wind grid tie power inverter can obtain the solar energy from solar panel (DC) and wind turbine (DC or AC), and can tie to the grid through its output cables with no extra equipment. The installation is very convenient and reliable.
We call the system combining with small solar grid tie inverter and solar panels as SGPV. The system includes solar panels and small type grid tie inverter and installation kit. Solar panels can be mono silicon, polygon silicon, non-crystal film or any other material that can transform solar energy to electric energy. The power of grid tie inverter should be matched to the power of solar panels connected. So the power of SGPV is defined by its solar panels, it can be standardization according to the actual using.
The inverter can be connected to any outlets of utility grid at house. The small grid tie inverter monitors the volume, frequency and phase of the home utility grid, then produce pure sine wave AC power that the frequency and phase are as same as the grid's, and the volume is a bit higher than the grid's, then according to the current controlled PWM, to control the output power to the grid. The small grid tie inverter just puts out power when the home grid is on.
When the sun shines, the PV panel will produces DC voltage, and the grid tie  inverter will change the DC voltage to AC voltage and puts out power to the home grid. When the total power of electric apparatus that are using in the house is larger than the output power of the inverters, these power from the inverters will be consumed in the house, this will slow down the power meter, otherwise, the difference of the output power of the inverter between the total used power of the apparatus will go out from the house to the out grid.
We call the system combining with small grid tie inverter and wind turbine as SGWT. The system includes wind turbine and small grid tie inverter and installation kit, and some SGWT also will include controller, dump load resistor.
The inverter can be connected to any outlets of utility grid at house. The small grid tie inverter monitors the volume, frequency and phase of the home utility grid, then produce pure sine wave AC power that the frequency and phase are as same as the grid's, and the volume is a bit higher than the grid's, then according to the current controlled PWM, to control the output power to the grid. The small grid tie inverter just puts out power when the home grid is on.
When the wind turbine is rotating, and the output of the voltage is in the range of the rated input voltage of the inverter, the wind turbine will produces power, and the grid tie inverter will change the power from wind turbine to the home grid. When the total power of electric apparatus that are using in the house is larger than the output power of the inverters, these power from the inverters will be consumed in the house, this will slow down the power meter, otherwise, the difference of the output power of the inverter between the total used power of the apparatus will go out from the house to the out grid.
When you choose a wind turbine, you also need to consider ahead what model gird tie inverter you want to use. Wind turbines have two output type, one is AC output type, and another is DC output type, if the wind turbine is DC output type, it must be integrated with a rectifier.
If the wind turbine is DC output type, then you should choose WDL model inverters, and the input DC voltage range of the inverter should fit the DC output voltage of the wind turbine, the rated power of the inverter should also fit the max power of the wind turbine, and the AC output of the inverter should fit the standard of AC utility grid.
If the wind turbine is AC output type, then you should choose WAL model inverters. Most factories don’t supply the AC rated voltage, just supply DC rated voltage, so our WAL also supply the DC input range, please check the DC rated voltage of wind turbine should fit the DC input range of the grid tie inverter.

There are many advantages of SGPV/SGWT compare with the traditional grid tie power system.
  1. Low cost and easy installation - for example SGPV can make full use of all types of buildings’ surface that face to the sun in the city as well as fast and easy installation of solar modules and grid tie inverter. It just needs very low maintenance costs.
  2. Free combination - SGPV or SGWT can be used as a separate grid tie system and can be setup as a large solar or wind array with many of them. The quantity of SGPV and SGWT in the array is just according to your desire. If you are planning to install a grid-tie PV or WT system, in a general way, the solar or wind array and inverter need to be carefully matched to ensure that the inverter’s voltage and power limits are not exceeded. For example when you want to increase more solar panels, and if the total power of the solar panels exceeds the allocation grid inverter, it is necessary to increase the cost of a grid inverter.
  3. Combination of SGPV or SGWT does not interact - The traditional solar and wind grid tie system, they offer units ranging in high power output and these units are modular so you can have multiple units operating in parallel for large solar or wind arrays. For example although, the traditional grid inverter has MPPT feature (Maximum Power Point Tracking), but the maximum power point is according to the entire series in terms of solar panels array, if the performance of a piece of solar panels in the system, for some reason, such as leaves, bird droppings, dust, shadow, etc. and degrades, the performance of the entire solar power system will decrease.
    But SGPV has no such disadvantage. If the performance of a piece of solar panels in the system degrades, this just effects this piece itself, will not affect other SGPV in the system.
  4. Improving the efficiency of the entire solar or wind power system – For example in traditional grid tie system, the solar panels and wind turbines are connected in series, so the MPPT of the inverter is according to the total panels and turbines in series, not to every panel and turbine, but there is difference between every panel and turbine, so not every panel and turbine is working at the maximum power, this will reduce the total power of these panel and turbine in series.
    But SGPV or SGWT has no such disadvantage. Because every inverter of SGPV or SGWT has MPPT function, so every panel and turbine is working at the maximum power, this will increase the efficiency of the entire system.
  5. Low power consumption – Most of the parts in the small grid-tie inverter are digital ICs and low power MCU, so the power consumption of it is low, though the quantity of grid tie inverters is increased, but this will not increase the power consumption much of the entire system.
Inverter LCD Display Instruction
The Inverter display can show many information, the main interface of the display and the icons explainations are show above. Nice LCD Display showing different parameters vivid and enable varity settings.
  • Set Menu: Choose the set menu icon on the main screen interface, click the confirm button to enter into the interface show below. In this interface can set the LCD backlight always on or auto turn off backlight after 3 minutes no action.Battery Discharge Power Mode / Wind Turbine / Solar Panel (PV) MPPT Grid Tie Inverter with Limiter, LCD Display and WiFi module
    The inverter also integrate with internal limiter and external limiter function which can prevent excess power from going to the public grid. Select the internal limiter mode, inverter will work under limiter mode, output power of the inverter will be determined by load power. Select the external limiter mode, inverter need a external limiter module working with it. For more details about the limiter function, pls see below. (This function only useful with limiter type inverter.)
    Battery Discharge Current Mode And Battery Discharge Power Mode see below.
    (Notes: Save the setting after you reconfigurate the working mode or backlight setting.)
  • Grid Waveform: This interface will show the real time grid waveform. The grid voltage and frequency also will show in this interface.
  • Energy Menu: The energy interface will show the power generation curve everyday. Today KWH and Total KWH are also show in this page.
  • Power View: In this interface the display shows real time power, PV input voltage, inside temperature, date and time.
  • Clock And Date Setting: Set the clock and date in this page, save the setting before exit.
Simple installation:
The Grid Tie inverter converts DC (or maybe AC) power produced by Solar Panels or Wind turbine to AC, connects to the grid and feed all of the power available from the panels to the AC load.
All excess power that is not needed by the load is then exported to the Grid.
If the Grid fails, then the Grid Tie Inverter will turn off. When the Grid comes back on line. The Grid Tie Inverter will again supply power to the load and any excess power is exported to the Grid again.
If the Solar Panel is producing less power and the GTI cannot deliver all the power needed by the load, then power will be supplemented by the Grid.
Power Meters (Except smart meter) are not aware of the direction of Power flow. The user then pays for the power exported and delivered by the Grid.

The total capacity of the whole grid tie power system is according to your power consumption in the site that you want to install, or how much power that you want it to feed to the utility grid. Actually, the volume is just according to your willingness, because when the total power of electric appliances that are being used in the installation site is larger than the output power of the grid tie power system, these power from the system will be consumed in the site, this will slow down the power meter, otherwise, the difference of the output power from the system between the total used power of the appliances will feed to the utility grid.

Why we produced the Grid Tie Inverter with Limiter?

It is in response to the overwhelming clamor from our customers for a product that can control the amount of power that the grid tie inverters (GTI) can generate so that the amount of excess power produced by the solar panels are reduced to insignificant levels, if not eliminated - because in some countries, the producer pays for the excess power it gives to the distribution grid. This is because the electric power meters (the one provided by the electricity provider in the area) are not aware of the direction of power flow. In other words it only adds even if power is exported to the grid, thus, the consumers will be charged for power even if it is given to the grid, and this is the problem. This problem solved this 2nd generation grid tie inverter with limiter.
With the 2nd generation GTIL we integrated the limit function inside the GTI - we call this internal limiter. In this way, no additional limiter module is needed, reduced customer’s cost, more easier for installation. But in case customer install inverter far away from the main circuit breaker, we also enable the 2nd GTIL work with stand-alone limiter, we call this-external limiter. For sure, the inverter can work under normal Grid tie - no limit mode, just set on the nice LCD and save your setting.
Summary if you do not want to sell electric power, you will need a limiter type inverter.

Using Grid Tie Inverter with Limiter Model:
The Grid Tie Inverter with Limiter delivers only the power needed by the load and prevents delivering excess power hence avoids excess power in going back to the Grid.
The heart of the Grid Tie Inverter with Limiter is the Limiter Module (LM). The LM continuously sampled the power needed by the load through the current sensor connected after the Main Circuit Breaker. The LM then will process the signal. It then sends signal to Grid Tie Inverter how much power to deliver to the load in real time.
The user, after installing and connecting the GTIL correctly, need not do anything and the unit will do its work automatically.

Limiter Setting on the LCD of the inverter:
The GTIL include three working mode:
  • work as normal GTI without power limitation
  • work under Internal limiter mode
  • work under External limiter mode
Pls make your setting on the LCD and save it, details setting operation, pls read the GTI manual.
If the distance of meter clam sensor and inverter is too long, you will need the External Limiter. (Note: The external limiter is not included in package.)

Installation of GTIL with Internal Limiter:
This installation is not require an additional limiter module, installation is much easier. Clamp the current sensor cable to the hot wire to measure the current, the internal limiter will auto detect the load power and control the inverter output power, excess power will be well controlled.
External protective device including dc and ac SPD (Surge protection device), DC and AC breaker, etc. is recommended to installed in the system.

Limiter Module Specification:
  • Clamp sensor: max 100 A
  • Wattmeter: 9999 W
  • Terminal Block: max 20 A
  • Receptacle: max 2000 W
  • Clamp sensor signal: 5 V AC max ?? mA
  • DC signal Cable: 5 V DC max ?? mA
Battery Discharge Power Mode:
New upgraded firmware enable battery or solar limiter current and power model.
User can set the maximum output power of inverter, this can make the inverter work at cooler contition as user want and extend the lifespan of the inverter.
User can set kick in/off voltage of the inverter which can flexible using with battery bank depend on users mind and can prevent battery bank from over discharged.

WiFi plug module
Optional, but can order only together with inverter, connected by RS-232 with RS-485 protocol for Web (http://shinemonitor.com/index_en.html) and Mobile Phone App (http://shinemonitor.com/appDownloadEn.html#iossmartclient) online monitoring.
  • simple configuration (etc by SmartLink application http://shinemonitor.com/appDownloadEn.html#iossmartlink)
  • WPA/WPA2 encryption
  • support network with hidden SSID.
Why to choose GTIL2-LCD grid tie inverter?
  • Advanced patented 2nd generation technology, MPPT efficiency is higher.
  • High-quality imported components, more stable quality, lower failure rate. Significantly longer life, more than 10 years.
  • Low cost and easy installation.
  • Much better output waveform compare with similiar GTI.
  • Free combination.
  • Combination of SGPV and SGWT does not interact.
  • Improving the efficiency of the entire solar or wind power system.
  • Low power consumption.
  • Directly connect to three phase wind turbine (WAL).
  • Build in dump load function (only by wind turbine).
  • Build in Limiter (internal type).
Attention: Place the Grid Tie Inverter on a surface protected from direct sunlight, high temperatures, and water. The inverter requires at least 150 mm of clearance around itself for ventilation. The inverters are for indoor use, can’t use at outdoor. You can use screws to fix the inverter to the surface, because some models of Sunshine grid tie inverter have fans on the bottom cover, so the surface should be flat.

Technical Data
  • Circuit Topologies: Half-Bridge Type
  • Continuous Power Output: 980 / 1950 W
  • Peak Power Output: 1000 / 2000 W
  • Input DC Voltage Range: 10 - 30 / 22 - 60 / 45 - 90 V
  • Max input DC Voltage: 30 / 60 / 90 V
  • Peak power tracking voltage: 15 - 30 / 25 - 60 / 50 - 90 V
  • AC Nominal Voltage: 110 / 220 VAC (auto selected)
  • AC Output Nominal Voltage Range: 90 - 140 / 185 - 265 VAC
  • Output Frequency: 50 / 60 (46 ~ 65: 47.5 - 51.5 / 59.3 - 60.5) Hz (auto selected)
  • Output Current: 10 A
  • Standby Power Consumption: < 0.5 W
  • Total Harmonic Distortion (THD): < 5 %
  • Peak Inverter Efficiency: 93.5 % (> 92 %)
  • MPPT Efficiency (PF): 99 % (advanced patented 2nd generetion technology, MPPT efficiency is higher)
  • Power Factor: 0.99Battery Discharge Power Mode / Wind Turbine / Solar Panel (PV) MPPT Grid Tie Inverter with Limiter, LCD Display and WiFi module can stackable
  • Output Wave Form: Pure Sine Wave
  • MPPT Function: Yes
  • Multiple protection to ensure safe use:
    • Over Current Protection: Yes
    • Over Temperature Protection: Yes
    • Short-circuit Protection: Yes
    • Reverse Polarity Protection: Yes
    • Anti-Island Protection: Yes
  • Operating temperature range: -20 ~ +50 C
  • Inverter inside temperature: - 20 ~ +75 C (equipment within a wide range of temperature tolerance, to ensure that the equipment can operate normally at higher and lower temperatures)
  • Dual fan cooling: quickly reduce the internal temperature of the equipment, to ensure the normal operation of equipment.
  • Stackable: Yes (more than 1 unit inverters can stackable by AC output)
  • Product standars:
    • UL1741: be used in distributed power inverters, converters, controllers US standars
    • IEEE1547: IEEE 1547 standard is applied to micro-grid and grid-connected distributed generation technical standards
    • VDE4105: germany's new low-voltage grid-connected standards for distributed power generation systems
  • Certification: CE, ROHS, ISO9001, CCC
  • Weight: 4 / 6 kg
  • Dimensions (W x H x D): 322 / 434 x 196 x 88 mm
Options:
Input type:
Solar Panel [SUN] or Battery [BAT] (DC)
Wind turbine [WDL] (DC)
Wind turbine 3 phase [WAL] (AC)
Input voltage:
10-30 V
22-60 V
45-90 V
Output voltage:
AC 110/220 V (auto selected)
Output power:
1000 / 2000 W

Available options/accessories:
(Internal) Limiter function with clamp sensor (opitonal, but can order only together with inverter)
Dump load controller and resistor (only order for the Wind turbine)
WiFi plug module (optional, but can order only together with inverter)
  497 € 
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