solarwatt MyReserve 500 Installation And Operating Manual Download Page 1

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SOLARWATT MYRESERVE 500
SOLARWATT MYRESERVE 800
SOLARWATT MYRESERVE EXTENSION

NSTALLATION- AND OPERATING MANUAL

Konfi guration EnergyManager

Geräteinstallation

Vorbereitung und Planung

Summary of Contents for MyReserve 500

Page 1: ...SOLARWATT MYRESERVE 500 SOLARWATT MYRESERVE 800 SOLARWATT MYRESERVE EXTENSION INSTALLATION AND OPERATING MANUAL Konfiguration EnergyManager Geräteinstallation Vorbereitung und Planung EN ...

Page 2: ...y notices and general sources of danger 9 3 The system 9 3 1 Properties 9 3 2 Scope of delivery 10 3 3 Required tools aids and installation material 11 3 4 MyReserve 500 and 800 layout 11 3 5 MyReserve Extension 2 2 and 4 4 layout 12 3 6 SOLARWATT MR Pack 2 2 layout 12 3 7 SOLARWATT AC Sensor 50 layout 13 3 8 SOLARWATT AC Sensor 63 layout 13 4 System configuration with MyReserve 14 5 Installation ...

Page 3: ...ioning and switching off MyReserve 37 5 11 LED indicator 39 5 12 Settings on the PV inverter 39 5 13 Integrating SOLARWATT MyReserve into SOLARWATT EnergyManager 40 5 14 Warranty activation 40 6 Cleaning maintenance upkeep 41 7 Conduct in the event of a malfunction 43 8 FAQ 45 9 Packing storage transport 47 10 Environment 48 11 Certification 49 12 Appendix 50 12 1 MyReserve 500 AC Sensor 50 and En...

Page 4: ...nual must be read prior to installation and commissioning Follow all warning and safety notices Dispose of packaging and the SOLARWATT MyReserve in an environmentally friendly manner MyReserve is protected from solid foreign objects with a diameter of 2 5 mm or larger protection from dripping water IP31 ...

Page 5: ...fe highly efficient ready to use battery technology combined with excellent battery module exe cution MyReserve also has a battery management system that efficiently connects and monitors all components This installation and operating manual enables you to sa fely and correctly integrate the SOLARWATT MyReserve into a photovoltaic system so that this innovative battery storage system can provide t...

Page 6: ...ing behavior protects the lit hium ion cells and maximizes the service life of the My Reserve 1 5 Terms and abbreviations AC Alternating Current DC Direct Current ACS SOLARWATT AC Sensor 50 AC Sensor 63 CAN Controller Area Network PSC Power supply company Com Communication LED Light Emitting Diode PV Photovoltaic Battery module SOLARWATT MR Pack 2 2 1 6 Intended use The MyReserve is designed exclu...

Page 7: ...indoor rooms or outdoor areas that are not protected from spray water Do not expose MyReserve to an environment that has a higher relative air humidity than 85 Any manipulation modification of the CAN communicati on of the MyReserve will void any warranty claims Re fer to the data sheets of the respective components for information about the climatic installation storage and transport conditions D...

Page 8: ...with the Danger notice indicates an imminent danger to life and limb If this notice is disregarded severe or life threatening personal injury can occur IMPORTANT This symbol indicates situations which are dangerous to people and or the product Disregarding this notice may result in personal injury or equipment damage NOTE This notice provides recommendations for use and helpful tips 2 2 Specific s...

Page 9: ...n 85 Re fer to the MyReserve data sheet as well Do not store corrosive substances in the installation location Do not position MyReserve above or below other equipment Makesurethatthedeviceissuitablyfastenedtothewall Avoid the direct effects of heat from other equipment and observe the minimum clearance to nearby equip ment as specified by the respective manufacturers Do not clean the device with ...

Page 10: ...a ra ted capacity of 4 4 kWh and only requires one housing base system An additional housing for installing additi onal battery modules is required for all other expansion stages SOLARWATT Extension 2 2 and 4 4 Please observe that you must order AC Sensor 63 in addi tion to the system for this purpose It is not automatically included in the scope of delivery ...

Page 11: ... CAN communication min Cat5 e Screws 8 mm Ø Automatic circuit breaker max 6 A for MyReserve voltage supply Automatic circuit breaker max 40 A for AC Sensor 50 for house connections greater than 40 A With use of AC Sensor 63 Three phase conductor cir cuit breaker arranged in the meter cabinet near the AC Sensor 63 easily accessible and identified as a breaker for the AC Sensor 63 with tripping char...

Page 12: ...2 3 5 MyReserve Extension 2 2 and 4 4 layout MR Pack 2 2 Cable outlet for Extension Grip handles MyReserve Extension 2 2 MyReserve Extension 4 4 3 6 SOLARWATT MR Pack 2 2 layout Mounting bracket Connection for battery cable when delivered with blind plugs Connection for earthing cable ...

Page 13: ...Sensor 50 layout Building side AC connection Grid side AC connection MyReserve CAN communication EnergyManager CAN communication 6 RU 10 8 cm 3 8 SOLARWATT AC Sensor 63 layout MyReserve CAN communication EnergyManager CAN communication Feeds for external conductors current measurement Connection area for external conductor and neutral conductor voltage measurement 6 RU 10 8 cm ...

Page 14: ... kW Inverter 3 2 kWp PV System ok IMPORTANT In systems using the SMA TL21 of the Sunny Boy inverter series it must be ensured that the maximum open circuit voltage does not exceed 530 V and the maximum MPP voltage does not exceed 500 V Based on the par ticular MPP tracking mechanism of this series short circuits will occur at voltages above 500 V which can result in defects of the MyReserve and th...

Page 15: ...PV plant Keep the product out of reach of children mentally handicapped persons and animals Install the product in a location where it will not be at risk of exposure to flooding This is to be ensured by installing the product at a sufficient height at least 20 cm and in a location protected against water in or outflow Do not store flammable or explosive materials in the installation room Do not i...

Page 16: ...Subject to changes 2017 SOLARWATT GmbH AZ TM PME 0767 Rev 008 Version 01 2017 Page 16 IMPORTANT Install MyReserve at least 20 cm above the floor Only install MyReserve on vertical walls ...

Page 17: ...l mount included in the delivery to mark the holes on the wall 3x The wall holder must be fastened to the wall with three screws There are two alternative holes in the wall mount for each of the three screws Only use wall mounts approved by SOLARWATT for the installation Horizontal installation Lift the unit on the wall mount using the handle 1 Look through the opening in the rear side to see whet...

Page 18: ...apter 5 2 Observe the minimum clearances from other devices The cable that connects the battery module of the exten sion to the MyReserve base unit is 6 m long This determi nes the maximum possible distance between MyReserve and the extension Observe the maximum distance when planning the arrangement of the devices The figures show the maximum distances for arrangement side by si de and above each...

Page 19: ...nverter the power supply line and the ACS data cable into the housing body from below Insert the DC line to connect to the PV system into the housing from above Be careful not to damage the cable inlet when doing so Remove then cover from the terminal strip Cable inlet DC line from inverter power supply line ACS data cable Cable inlet DC line to PV system IMPORTANT Do not place any cab les in the ...

Page 20: ...rk on the cable and fasten and secure with the strain relief IMPORTANT Do not place any cab les in the area of the housing body that is marked here Remove the blind plugs of the cable feed on the under side of the MyReserve 800 housing body Screw in the supplied cable screw coupling into the opening of the ca ble feed Guide the battery cable through the cable feed of the MyReserve 800 and shorten ...

Page 21: ...eserve see chapter 3 7 and 3 8 Layout of the ACS of the ACS Use the appropriate wire end slee ves for this purpose Observe the polarity of the DC cable Only clamp cables to free and marked terminal connec tions see figure Secure the supply line for the voltage supply of the My Reserve separately with a maximum amperage of 6 A All protective conductors connected must have a minimum cross section of...

Page 22: ...tective conductors connected must have a minimum cross section of 1 5 mm Then fit the cover back on the terminal strip In doing so make sure that the ground cable for the battery module remains accessible behind the cover Recommandation PossiblePVinvertermodelconnectioncross section 4 6 mm Poss AC connection cross section 1 5 2 5 mm Poss com connection cross section ACS 0 5 1 5 mm IMPORTANT Do not...

Page 23: ...ays IMPORTANT In the condition as supplied the terminal connec tions for the Extension connections BAT and BAT are bridged The cable bridge must be removed before connection of the cables The cable bridge must NOT be removed if a MyRe serve Extension is not connected Remove the cable bridge between BAT and BAT on the terminal strip of the MyReserve 800 Attention The cab le bridge must NOT be remov...

Page 24: ... orange white R orange brown T yellow green PE MyReserve Extension battery cable Extension 2 2 variant IMPORTANT Do not place any cables in the area of the hous ing body that is marked here NOTE Before connection remove 12 mm of insulation from the cable ends and fit the wire end ferrules NOTE NOTE NOTE ...

Page 25: ...0 Install the AC Sensor in the building s distribution cabi net Connect the AC Sensor in a de energized state The AC connection is equipped with conventional screw ter minals use appropriate bootlace ferules for neat termina tion of conductors in terminals The connection terminals for the CAN communication are designed as spring termi nals All external conductors L1 L2 L3 from the utility energy m...

Page 26: ...bles conductors with reinforced insulation for the CAN communication Please refer to the circuit diagram for a detailed description of the connection NOTE NOTE NOTE Use a network cable for the CAN communication between the AC sensor and MyReserve minimum Cat 5e Use a twisted wire pair for High H and Low L In the process connect L and H to the same wire pair Refer to the circuit diagram for a detai...

Page 27: ... Rev 008 Version 01 2017 Page 27 Konfiguration EnergyManager Geräteinstallation Vorbereitung und Planung EN MyReserve and AC Sensor 50 with 3 phase measurement circuit diagram NOTE With single phase connection use terminals L2 IN OUT and N NOTE NOTE NOTE ...

Page 28: ...e note that the sleeves can no longer be remo ved once the cables are fed through NOTE NOTE NOTE Install the AC Sensor 63 on the Din rail For this purpose hook the device on the top edge of the Din rail and press it down until it clicks in place Pull the three phase conductors L1 L2 and L3 through the openings D Fig Connect neutral conductor N and the phase conductors L1 L2 and L3 to the terminals...

Page 29: ... area A incorrect power levels are measured IMPORTANT Damage or destruction of the AC Sensor 63 with improper use Connection of mains voltage to the CAN bus terminals can damage or destroy the device The device can be damaged or destroyed if operated outside of the specified technical data DANGER Life threatening danger due to electric shock The live parts carry extremely dangerous voltages Only u...

Page 30: ...e phase connection NOTE The safeguarding of the conductors for voltage measurement can also be executed with a connection on an existing circuit breaker in compliance with applicable standards and the manufacturer s specifications NOTE NOTE NOTE Use a network cable for the CAN communication between the AC sensor and MyReserve minimum Cat 5e Use the same twisted wire pair for High H and Low L In th...

Page 31: ...sion 01 2017 Page 31 Konfiguration EnergyManager Geräteinstallation Vorbereitung und Planung EN MyReserve and AC Sensor 63 with 3 phase measurement circuit diagram NOTE With single phase connection please observe the connection example for AC Sensor 63 NOTE NOTE NOTE ...

Page 32: ...one on top of the other it is recommended to first insert the lower and then the upper module into the slot Tip For the upper battery module hold the installing tool from below 5 7 1 MyReserve 2 2 kWh Leveling mark Ground cable Lift the battery module with the assembly aid into the up per four recesses of the housing Use the leveling mark as a guide when fitting the battery When you have fit the b...

Page 33: ...N Battery cable Remove the dummy plug on the battery module and plug the battery cable from the control unit MR Control 500 MR Control 800 on the battery module Attach jumper plug to the longer cable IMPORTANT Attach the jumper plug that is included in the deli very to the unused battery cable the longer cable Inspect the battery plug for integrity and damage ...

Page 34: ...h the top edge of the battery module When you have fit the battery module in the recess let it slide down until the mechanical stop is reached The leveling mark is now above the battery module Ground cable Ground cable Lift the second battery module into the upper four openings with the assembly aid Tip In the process hold the assembly aid from below There are two ground cables on the terminal str...

Page 35: ... 5 7 3 SOLARWATT MyReserve Extension Install the battery modules of the Extension the same way as in the procedure described in chapter 5 7 1 and 5 7 2 IMPORTANT Please see figure for the slots to be used Lift the first battery to the lower recess and the second battery to the upper recess Then remove the blind plugs on the battery modules and insert the battery cable coming from the MyReserve bas...

Page 36: ...the housing body Once the panel has been fitted on the body slide it down wards until it engages in the housing body and reaches the mechanical stop Push the cover gently in the bottom area to make it easier for it to engage completely Fasten the front panel with the three screws M6 inclu ded in the delivery in the screw holes provided for this purpose If you see an even gap between the housing bo...

Page 37: ...r has connected and is exporting energy turn on the AC to the My Reserve Position 0 Position I Switch on 1 Switch on inverter acc to manufacturer guidelines 2 Turn DC disconnector to position I 3 Wait until inverter has found operating point Position I Position 0 4 Switch on AC power supply for MyReserve Switch off 1 Switch off AC power supply for MyReserve 2 Turn DC disconnector to position 0 Pos...

Page 38: ...the MyReserve When the DC cut off switch is switched on it blocks one of the three fixing screws that are used for fastening the front panel on the housing This ensures that no one can remove to the housing cover and touch the live parts of the MyReserve without disconnecting the system first After switching on the AC voltage supply the status LED continuously lights up blue and the Performance LE...

Page 39: ...Planung EN 5 11 LED indicator 5 12 Settings on the PV inverter IMPORTANT Changing settings on the PV inverter may only be made when the MyReserve is switched off Non observance can cause equipment damage Disconnect the AC supply on the MyReserve The DC cut off switch on the MyReserve remains switched on so that settings can be made on the PV inverter ...

Page 40: ...Energy Manager Installation Instructions in the download area of www solarwatt com 5 14 Warranty activation In order to activate the product warranty for MyReserve log in at www solarwatt com au in the SOLARWATT profes sional area Please enter all required customer informati on for warranty activation NOTE A circuit diagram for the electrical connection can be found under 12 1 and 12 2 MyReserve w...

Page 41: ...rating voltage of the SOLARWATT MyReserve MyReserve 500 Test voltage 550V max 12A MyReserve 800 Test voltage 800V max 12A If testing must be conducted on the system with test voltages currents that exceed the maximum permissible operating voltages currents the SOLARWATT MyReserve must be disconnected removed from the DC string of the PV system In order to avoid potential damage to the SOLARWATT My...

Page 42: ...pection of the PV system IMPORTANT Battery modules may not be thrown into a fire This may cause them to explode Battery modules may not be opened or deformed Exposed electrolyte is hazardous for the skin and eyes A defective battery module can also entail the risk of electric shock and high short circuit currents The following safety precautions should be taken when working with battery modules Re...

Page 43: ...connections H L and GND from the ACS 50 are connected correctly to the receiving device Error Restart the ACS 63 by switching off the corresponding circuit breaker and wait at least 3 seconds before switching it on again Restart the ACS 50 by switching off the corresponding circuit breaker and wait at least 3 seconds before switching it on again Or disconnect the neutral conduc tor at terminal N o...

Page 44: ...de cobalt oxide mangane se oxide with NMC cells must also be taken into account Unsuitable extinguishing agent Water jet type D extin guishing agent Suitable extinguishing agent Sand dry extinguishing powder carbon dioxide Type PM12i metal fire extingu ishers Instructions for firefighting measures 1 As long as the battery has not yet overheated the system can be cooled down using carbon dioxide or...

Page 45: ...hours The MyReserve battery storage system uses a self lear ning intelligent algorithm to analyze household energy production and consumption and uses that information to learn when and how much surplus electricity will be available to charge the battery The charging process is distributed over the course of the day and completed at sunset which is particularly gentle on batteries and thus maximiz...

Page 46: ...w the MyReser ve is charged Li ion batteries aage faster when fully charged To optimi ze battery life the MyReserve uses a self learning charge algorithm under which the batteries only finish charging shortly before sunset In some circumstances this may mean that the MyReserve does not use the first energy surpluses in the morning to charge the battery Does the MyReserve display no clear operating...

Page 47: ...ivery documentation and have the supplier driver sign it Reject heavily damaged packages Storage DANGER Conditions ranging from adverse to dangerous due to improper storage of the battery modules and or over all system Storage of the battery modules must take place under specific conditions Do not store battery modules in environmental temperatures less than 20 C and above 55 C Do not expose batte...

Page 48: ...es is leaking electrolyte and or emitting an unpleasant odor contact SOLARWATT immediately Do not approach the battery modules Defective batteries can explode This can lead to dange rous situations In the event of a dangerous situation leave the location of the battery modules immediately and call the emer gency hotline 1300 076 700 For non critical cases the qualified SOLARWATT certified in stall...

Page 49: ... Voltage Directive 2014 35 EU LVD EMC Directive 2014 30 EU RoHS Directive 2011 65 EU RoHS divided according to the following product components and therefore conforms to the statutory regulations of the EU Directives Dresden 9 22 2015 Location and date of installation Detlef Neuhaus Carsten Bovenschen Managing Director CEO Managing Director CFO DIN EN 62109 1 DIN EN 61010 1 DIN EN 61000 6 1 DIN EN...

Page 50: ...ges 2017 SOLARWATT GmbH AZ TM PME 0767 Rev 008 Version 01 2017 Page 50 12 Appendix 12 1 MyReserve 500 AC Sensor 50 and EnergyManager circuit diagram IMPORTANT Connect the bus termination to the SOLARWATT EnergyManager ...

Page 51: ...E 0767 Rev 008 Version 01 2017 Page 51 Konfiguration EnergyManager Geräteinstallation Vorbereitung und Planung EN 12 2 MyReserve 800 AC Sensor 63 and EnergyManager circuit diagram IMPORTANT Connect the bus termination to the SOLARWATT EnergyManager ...

Page 52: ...Subject to changes 2017 SOLARWATT GmbH AZ TM PME 0767 Rev 008 Version 01 2017 Page 52 12 3 LED status indicator ...

Page 53: ... 008 Version 01 2017 Page 53 Konfiguration EnergyManager Geräteinstallation Vorbereitung und Planung EN 12 4 Technical specifications Type plates MyReserve 500 type plate ENG MyReserve 500 type plate DE MyReserve 800 type plate DE MyReserve 800 type plate ENG ...

Page 54: ...ject to changes 2017 SOLARWATT GmbH AZ TM PME 0767 Rev 008 Version 01 2017 Page 54 MyReserve Extension type plate DE MyReserve Extension type plate ENG MR Pack 2 2 type plate DE MR Pack 2 2 type plate ENG ...

Page 55: ...Subject to changes 2017 SOLARWATT GmbH AZ TM PME 0767 Rev 008 Version 01 2017 Page 55 Konfiguration EnergyManager Geräteinstallation Vorbereitung und Planung EN Data sheets ...

Page 56: ...Subject to changes 2017 SOLARWATT GmbH AZ TM PME 0767 Rev 008 Version 01 2017 Page 56 ...

Page 57: ...Subject to changes 2017 SOLARWATT GmbH AZ TM PME 0767 Rev 008 Version 01 2017 Page 57 Konfiguration EnergyManager Geräteinstallation Vorbereitung und Planung EN ...

Page 58: ...Subject to changes 2017 SOLARWATT GmbH AZ TM PME 0767 Rev 008 Version 01 2017 Page 58 ...

Page 59: ...et SOLARWATT MR Pack 2 2 data sheet SOLARWATT AC Sensor 50 data sheet SOLARWATT AC Sensor 63 data sheet SOLARWATT AC Sensor 63 installation instructions SOLARWATT MyReserve 500 800 Declaration of Conformity Circuit diagrams for SOLARWATT MyReserve 500 and SOLARWATT AC Sensor 50 SOLARWATT MyReserve quick installation guide SOLARWATT MR Pack 2 2 Handling and transport instructions SOLARWATT EnergyMa...

Page 60: ...ave cause to complain despite the high quality of our products please contact your professional installer directly or SOLARWATT GmbH Maria Reiche Str 2a 01109 Dresden Germany Tel 49 351 8895 0 Fax 49 351 8895 111 info solarwatt net Certified according to ISO 9001 and ISO 14001 BS OHSAS 18001 2007 ...

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