System Control Devices MATE & MATE2

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2 Agenda General overview and evolution of OutBack communication options Review and compare MATE system controllers Introduction to MATE3-USB serial communications Introduction to AXS Port MODBUS communications device Future OutBack communication capabilities Web Introduction OutBacktech YouTube Site

3 System Control Devices MATE & MATE2

4 History When introduced, the MATE was visionary for its time. Single unit programmed many devices View state and status of multiple devices Non-volatile memory Third-party developers provided ability to see system via remote access

5 MATE System Control Programming of Inverter/Charger Set points Quick Glance Summary Screen 3.1 Alphanumeric LCD Display Flash Programmable Non-Volatile Program Memory Programmable Date and Time Clock Remote Placement to 305M/1,000 from HUB Two Wire Advanced Gen Start Control HBX Mode: High Battery Transfer and Grid-Usage Mode PC Communication Port Warning and Error Reporting

6 Outback MATE Controls

7 System Control Device MATE3

8 The Next Generation The MATE3 system communication solution provides the next level of advanced capabilities Intuitive menu structure Easy-to-read graphical display System configuration wizard Internet enabled Field upgradeable via SD card Extended data-logging capability Multi-level user access and passwords

9 Off-grid Display and Legend Grid Interactive

10 Hot Keys & Soft Keys Inverter Hot Key Events Hot Key Charger Hot Key AC Input Hot Key Generator Hot Key Favorites Hot Key Soft Keys (x4)

11 MATE3 System Display and Controller

12 30 Hour Window Graphs

13 Installer Settings Set User Access Level Full, Advanced, Basic or Minimum Change Installer Password

14 MATE3 Configuration Wizard Configuration Wizard easily programs entire system after a few quick answers

15 MATE3 Configuration Wizard Answer a few short questions about what you have, and what you want the system to do Primary Information System Type System Voltage Array Wattage Battery Type/Capacity Battery Charging Absorb Voltage/Time Float Voltage/Time Equalize Voltage/Time Re-Float Voltage AC Configuration AC Output Voltage AC Phase AC Input Breaker Size Maximum Output Load

16 Downloading Firmware Upgrade

17 Clean, easy-to-use web interface Allows powerful comprehension and command of entire system state and performance Ability to open multiple windows provides easy monitoring and troubleshooting Technical Support can easily obtain full system configuration, status and history to provide quicker time to resolution Intuitive Web Interface

18 MATE3 Data Monitoring MATE3 System Display and Controller - Installation Connecting the MATE3 to a personal computer for monitoring IMPORTANT: Connecting the MATE3 to a computer or network router requires advanced knowledge of network protocols and how to manually set an IP address and port forwarding. Direct Communications Manager (HUB4) MATE3 PV + Personal Computer Communications Manager (HUB4) 10 IMPORTANT: Ø DHCP must be disabled. Ø A static IP address must be set on the computer and the MATE3. Ø CAT5 cross-over cable may be required. Inverter PV BAT BAT + MA RT TE S RTS Port (RJ11) Communications Manager (HUB4) PV + PV + MATE Port (RJ45) 1 MA TE PV BAT BAT + Communications Manager (HUB4) MATE3 Personal Computer IMPORTANT: Ø DHCP must be disabled. Ø A static IP address must be set on the computer and the MATE3. Inverter In 23.2 V 0.0 A Out 27.6 V 0.0 A kw 0.0 kwh AUX: OFF Sleeping PV + PV BAT BAT + MATE Port (RJ45) PV BAT BAT + RTS Port (RJ11) MA RT TE S RTS Port (RJ11) IMPORTANT: DHCP must be enabled. Wireless Router Personal Computer 1st MA TE Personal Computer Inverter Rev A.vsd\Monitoring on PC\ OutBack Power Technologies. All Rights Reserved. 1 RTS Port (RJ11) FLEXmax Charge Controller MA RT TE S MATE Port (RJ45) 2 Inverter 1st MATE In 23.2 V 0.0 A Out 27.6 V 0.0 A kw 0.0 kwh AUX: OFF Sleeping Network Switch Wireless-to-Wireless MATE3 Wireless Router 3 In 23.2 V 0.0 A Out 27.6 V 0.0 A kw 0.0 kwh AUX: OFF Sleeping Using a Network Router FLEXmax Charge Controller MATE3 st 1st MA TE In 23.2 V 0.0 A Out 27.6 V 0.0 A kw 0.0 kwh AUX: OFF Sleeping MATE Port (RJ45) FLEXmax Charge Controller MA RT TE S FLEXmax Charge Controller Using a Network Switch Universal Wi-Fi Network Adapter For an INTERNET Connection: Ø DHCP must be disabled. Ø A Static IP Address must be set. Ø Port forwarding must be enabled and set. For an INTRANET connection: Ø DHCP must be enabled Page 2

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21 Industrial Command & Control MATE3-USB

22 Strong growth worldwide Residential standalone and grid hybrid Solar on a stick for remote power Other Installations SCADA DAS Radiotelemetry Monitoring Telecommunications Industrial Solar Driving Market

23 MATE3-USB Adds serial communication capability to MATE3 via USB Provides the ability to access, monitor and adjust system devices on PC Monitor performance of system Global system control Fine-tune system balance Enhance system performance Change device state as required

24 MATE3-USB Compatible with Windows, Mac and Linux Isolated power provided by MATE3 Shipping Mid December

25 MATE3-USB Serial Capture Program Freeware downloads on web Example RealTerm Advanced programming skills required Assign Port Set default baud rate Read/Write serial command prompts

26 MATE3-USB Serial Communications Guide Both Read/Write command prompts can be found in the MATE3-USB manual Command <INV:0> <INV:1> <INV:2> <INV:?> <AC:0> <AC:1> <AC:?> Invert er Off Search enabled Inverter On Returns current INV mode [INV:n] n = 0-2 AC Drop AC Use Returns current AC input mode [AC:n] n = 0,1 <AUXON: p> AUX On p = port 0-10 <AUXOFF:p> AUX Off p = port 0-10 <AUX: p > Returns AUX state for port [AUX: p, s] p = port 0-10, s = state 0=Off, 1=On <GEN:0> Manual OFF Generat or, if AGS is enabled <GEN:1> Manual ON Generat or, if AGS is enabled <GEN: 2> Auto Generat or, if AGS is enable d <GEN:?> Returns current state of generat o r [GEN: s] s = state, 0=Off, 1=On, 2= Auto <HBX:0> Set HBX disabled <HBX:1> Set HBX mode to voltage <HBX:2> Set HBX mode to SOC <HBX:3> Set HBX mode voltage and SOC <HBX:?> Returns current HBX mode [HBX:s] s = state, 0=disable d, 1=HBX mode voltage, 2=HBX mode SOC, 3 = HBX mode voltage and SOC Response

27 Industrial Command & Control AXS PORT

28 AXS Port Remote system monitoring & control for industrial and commercial applications Uses industry standard Modbus TCP/IP Plugs into Ethernet port (intranet or internet compatible Non-volatile memory and upgradable firmware Solar industry SunSpec compliant Low cost remote temperature sense option Note: Advanced programming skills required

29 AXS Port Applications AXS Port Router or PC/PLC

30 AXS Port Demo AXS Port Applications

31 AXS Port Development API Program development kit provides advanced tools for creating required interface API available for download Windows, Mac and Linux project file sample scripts SunSpec template and device tables

32 Custom interface developed using OutBack s API kit Example System Interface

33 Outback Communication Options Display Features MATE/MATE2 MATE3 MATE3-USB AXS Port On-site Monitoring & Control Intranet Monitoring Intranet Control Remote Monitoring Remote Control Internet Access Web-server Data Log History PC Serial Communication MODBUS Communication Radian Compatible

34 Future Capabilities Expanded remote monitor and control capabilities Web interface Mobile App

35 Training Videos Available Step-by-step videos available online Answers most commonly asked questions Great reference for homeowners and installers

36 Questions Paul Gardner Product Manager Phil Undercuffler Director, Product Management and Strategy Technical Support Hotline: Additional Info available at: