Integration Guides — EV Battery × Hybrid Inverter

A BMS-EV controller is a pair — one battery, one inverter — with firmware specific to that combination. This page indexes the most-installed pairings and links each to its integration guide.

Short version. BMS-EV ships 3 800+ pre-configured combinations (73 battery variants × 56 inverter variants, minus incompatible pairs). This page lists the popular integration guides organised by battery family. Each guide gives the pack voltage window, CAN protocol used, wiring topology, contactor sequence, firmware version and known limitations. The full permutation list is in the Compatibility Matrix.

Tesla integrations

Tesla Model 3 and Model Y (350–360 V nominal, ~260–405 V operating). Best match for any HV inverter with a 90–500 V DC window.

IntegrationBattery capacityInverter DC windowProtocol
Tesla Model 3 + Deye SUN HP350–82 kWh160–700 V (5–25 kW) / 160–800 V (29.9–50 kW)Deye native
Tesla Model 3 + Sofar HYD-3PH50–82 kWh180–800 V DCBYD Battery-Box HVS
Tesla Model 3 + GoodWe ET50–82 kWh180–600 VGoodWe native
Tesla Model 3 + SolaX X3 Hybrid50–82 kWh90–500 VSolaX / Pylontech
Tesla Model 3 + SMA Sunny Boy Storage50–82 kWh100–550 VSMA CAN
Tesla Model 3 + Fronius Symo Gen24 Plus50–82 kWh150–530 VFronius Solar Battery (BYD)
Tesla Model 3 + Sungrow SH-RT50–82 kWh160–560 VSungrow SBR

BMW integrations

BMW i3 (355 V nominal, ~260–400 V operating). Excellent thermal management, well-documented CAN bus, popular for module reuse and whole-pack reuse.

IntegrationBattery capacityInverter DC windowProtocol
BMW i3 + Deye SUN-K SG04LP322 / 33 / 42 kWh160–700 V (5–25 kW) / 160–800 V (29.9–50 kW)Deye native
BMW i3 + Sofar HYD-3PH22 / 33 / 42 kWh180–800 V DCBYD Battery-Box HVS
BMW i3 + GoodWe EH / ET22 / 33 / 42 kWh180–600 VGoodWe / BYD
BMW i3 + SolaX X3 Hybrid22 / 33 / 42 kWh90–500 VSolaX / Pylontech
BMW i3 + SMA Sunny Boy Storage22 / 33 / 42 kWh100–550 VSMA CAN

Nissan Leaf integrations

Two distinct architectures. The Leaf 24/30/40/62 kWh whole pack runs at ~350 V and pairs with HV inverters. Alternatively, individual modules (7.6 V nominal each, 3.8 V per cell × 2S2P) can be reassembled into a 48 V pack for LV inverters — this is the "modular Leaf" route popular for smaller residential systems.

IntegrationBattery formInverter DC windowProtocol
Nissan Leaf modules 48 V + SolaX X1 HybridModular, 48 V build40–58 VPylontech LV
Nissan Leaf modules 48 V + Growatt SPHModular, 48 V build40–58 VPylontech LV
Nissan Leaf modules 48 V + SMA Sunny IslandModular, 48 V build41–63 VSMA CAN LV
Nissan Leaf HV whole pack + Deye SUN-K SG04LP3Whole 350 V pack160–700 V (5–25 kW) / 160–800 V (29.9–50 kW)Deye native
Nissan Leaf HV whole pack + Sofar HYD-3PHWhole 350 V pack180–800 V DCBYD Battery-Box HVS
Nissan Leaf HV whole pack + GoodWe ETWhole 350 V pack180–600 VGoodWe native

VW MEB integrations

ID.3, ID.4, ID.5, Skoda Enyaq, Audi Q4 e-tron, Cupra Born — all share the MEB gateway CAN and pack topology (400 V nominal, ~310–450 V operating). One BMS-EV MEB firmware covers every vehicle in this family.

IntegrationBattery capacityInverter DC windowProtocol
VW MEB + Deye SUN-K SG04LP352 / 58 / 77 / 82 kWh160–700 V (5–25 kW) / 160–800 V (29.9–50 kW)Deye native
VW MEB + Sofar HYD-3PH52 / 58 / 77 / 82 kWh180–800 V DCBYD Battery-Box HVS
VW MEB + GoodWe ET52 / 58 / 77 / 82 kWh180–600 VGoodWe native
VW MEB + SolaX X3 Hybrid52 / 58 / 77 / 82 kWh90–500 VSolaX native

Hyundai / Kia integrations

Two platforms: 400 V (Kona, e-Niro, older Ioniq) covered below; and 800 V E-GMP (EV6, Ioniq 5, EV9) which requires an 800 V-capable inverter (Sungrow SH-T, Fronius Verto Plus, FoxESS H3 Pro-800, Deye SUN HP3-800).

IntegrationBattery capacityInverter DC windowProtocol
Hyundai Kona 64 kWh + Deye SUN-K SG04LP364 kWh160–700 V (5–25 kW) / 160–800 V (29.9–50 kW)Deye native
Hyundai Kona 64 kWh + Sofar HYD-3PH64 kWh180–800 V DCBYD Battery-Box HVS
Kia e-Niro 64 kWh + GoodWe ET64 kWh180–600 VGoodWe native
Kia EV6 77 kWh + Sungrow SH-T (800 V mode)77 kWh200–800 VSungrow SBH
Hyundai Ioniq 5 77 kWh + Fronius Verto Plus (800 V mode)77 kWh200–800 VFronius Solar Battery (BYD HVM)

How each integration guide is structured

Every integration page follows a fixed template so you can compare across pairings:

  1. DC voltage window match. Battery operating range vs inverter accepted range, with margins at both SOC extremes.
  2. CAN protocol. Which dialect BMS-EV emulates, the six or seven critical frames, heartbeat interval.
  3. Wiring topology. Contactor placement, precharge circuit, fuse rating, cable size, isolation monitor (IMD) provisioning.
  4. Contactor sequence. Power-up: BMS wake → pack self-check → precharge close → main contactor close → CAN heartbeat to inverter → inverter closes its BAT contactor.
  5. Firmware version. Minimum BMS-EV firmware and minimum inverter firmware required for the pairing.
  6. Known limitations. Any de-rating, SOC cap, seasonal thermal window, monitoring gap.
  7. Commissioning checklist. Insulation resistance test, first-close sequence, alarm map verification, monitoring platform pairing.

Combinations not listed here

3 800+ combinations is too many to page individually. Common pairings are documented; less common ones are shipped and supported but rely on the shared template above plus per-pack and per-inverter reference pages:

Order your battery × inverter pair
Pre-configured firmware, wiring diagram and commissioning checklist

Full pairing list

→ Open the Compatibility Matrix to see every one of the 3 800+ combinations we currently ship, filterable by battery, by inverter, by phase, and by DC voltage.

Last updated: 2026-09-18
Current firmware: 15.0.14
Technical author: BMS-EV engineering team (Clima Boost sp. z o.o., Poland)
Reviewer: Jakub Lipiński, founder/lead engineer BMS-EV
Revision: 2026-09-18 — aligned with firmware 15.0.14, SOFAR 180–800 V DC verification, Kia EV6 + SOFAR HYD 15KTL case study reference
Related: Compatibility Matrix · Batteries · Inverters