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--- battery_compatibility:meterboost [2024-04-26 13:23] – guy_stewart
+++ battery_compatibility:meterboost [2024-10-14 13:59] (current) – guy_stewart
@@ Line 1: / Line 1: @@
-====== Victron & Meterboost ======
+====== Victron & MeterBoost ======
 {{:battery_compatibility:meterboost.jpg?direct&600|}}
@@ Line 7: / Line 7: @@
 === 1.1 A GX device is required, eg Cerbo GX, etc ===
-It is essential to use the BMS-Can (or CAN-bus) connection of a [[venus-os:start|GX device]] with these batteries for communication of charge and discharge limits, error codes and state of charge.  This is set to 500 kbit/s.
+It is essential to use the BMS-Can (500 kbit/s) or VE.Can (250 kbit/s) connection of a [[venus-os:start|GX device]] with these batteries for communication of charge and discharge limits, error codes and state of charge.
-It is recommended to use the latest firmware version on new installations and when trouble shooting issues.
+It is possible to use either the BMS-Can or VE.Can ports with this battery. Depending which one you use will require additional configuration on the MeterBoost side, please see the documentation linked below for instructions.
+The minimum supported firmware version is v3.40. It is recommended to use the latest firmware version on new installations and when trouble shooting issues.
+It is permitted to use either Type A or Type B VE.Can to BMS-Can cables.
+== 1.1.1 Accessing the MtB Smart GateWay ==
+The MeterBoost Smart GateWay can be accessed through a web browser on any device connected to the same local network as the GX device (which is connected to the GateWay).
+To find the IP address for connection, go to the GX device, navigate to "Device List," select "MeterBoost battery," then "Details," and look under "Connection Information."
+{{:battery_compatibility:outlook-vobwbuzw.png?400|}}
 === 1.2 All 48V Multis, MultiPlus, Quattros and RS models are compatible ===
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 Some of our Solar Chargers feature a VE.Direct communication port, some feature a VE.Can communication port, and some feature both. Both of these types of communication ports can be used to connect the Solar charger to the GX Device. Such connection is mandatory, because it is used to regulate charge currents and voltages.
-When planning to use the VE.Can communications port to connect the Solar Charger(s), make sure to select a GX Device that has sufficient CAN-Bus ports. The Color Control GX has only one such port, its VE.Can port, and is therefor not suitable. All other GX Devices can be used, since they have two ports. One can then be used to connect the battery, and the other to connect the Solar Charger.
-===== 2. Further system integration documentation  =====
-A [[https://community.victronenergy.com/storage/attachments/72284-battery-manual-configuration.pdf|QuickStart guide with further details about installation and configuration is available from Meterboost here]].
+===== 2. Minimum battery sizing  =====
+For reliable operation there are minimum numbers of batteries required for different Victron inverters.
+==== 2.1 On-grid parallel ====
+On-grid parallel refers to a wiring configuration where there are no loads connected to the AC-out of the inverter, The inverter combined with an energy meter will export via the AC-input to supply loads. This configuration allows for a very controlled discharge within specifications.
+On-grid parallel anything below 5 kVA total inverter power can work with just one MB48LI82.GW battery or one MB48LI50.GW
+On-grid parallel above 5 kVA total inverter power:
+  * 8 kVA: 2 MB48LI82.GW battery or 2 MB48LI50.GW
+  * 10 kVA: 3 MB48LI82.GW battery or 3 MB48LI50.GW
+  * 15 kVA: 4 MB48LI82.GW battery or 4 MB48LI50.GW
+  * For 3-phase and parallel systems multiply the number of batteries needed for single phase setup by the number of inverters in the installation.
+==== 2.2 Off-grid or on-grid series ====
+This configuration refers to when loads are connected to the AC-output of the inverter.
+  * Below 5 kVA: 3 MB48LI82.GW or 5 MB48LI50.GW
+  * 5 kVA: 4 MB48LI82.GW or 8 MB48LI50.GW
+  * 8 kVA: 7 MB48LI82.GW or 12 MB48LI50.GW
+  * 10 kVA: 8 MB48LI82.GW or 15 MB48LI50.GW
+  * 15 kVA: 13 MB48LI82.GW or 22 MB48LI50.GW
+  * For 3-phase and parallel systems multiply the number of batteries needed for single phase setup by the number of inverters in the installation.
+Systems with fewer batteries are possible but the full inverter capacity will not be achievable, and may lead to overloads, high current and low battery alarms.
+===== 3. Further system integration documentation  =====
+Further details about installation and configuration is available from MeterBoost here:
+  * {{ :battery_compatibility:mtb_quick_start_guide_r2024-3.pdf |}}
+  * {{ :battery_compatibility:mtb_batteries_user_manual_r2024-2.pdf |}}
+  * {{ :battery_compatibility:mtb_gateway_user_manual_r2024-2.pdf |}}
+  * {{ :battery_compatibility:mtb_gateway_manual_utilizador_r2024-2.pdf |}}
+  * {{ :battery_compatibility:mtb_baterias_manual_utilizador_r2024-2.pdf |}}
+  * {{ :battery_compatibility:mtb_guia_iniciaça_o_r2024-2.pdf |}}
-===== 3. Support  =====
+===== 4. Support  =====
-Support for this battery should first come from your Meterboost supplier.
+Support for this battery should first come from your MeterBoost supplier, if they are unable to assist, you can contact MeterBoost at support@meterboost.com
-Support from Victron is limited our online [[https://community.victronenergy.com/index.html|Victron Community]] page.
+Support from Victron is limited our online [[https://community.victronenergy.com|Victron Community]] page.