Toyota Highlander Hybrid Battery Replacement Guide: Ni-MH vs NCM Lithium, OE Numbers, Generations & 2026 Wholesale Pricing (2006-2026)
The Toyota Highlander Hybrid (also sold as the Kluger Hybrid in some Asian and Oceanic markets) is one of the longest-running mid-size crossover hybrids in production. It has been on sale every model year since 2006 — twenty consecutive years — and across four chassis generations (XU20, XU40, XU50, XU70) it has used essentially the same Toyota Hybrid Synergy Drive (HSD) Ni-MH traction battery architecture, with a wholesale shift to NCM lithium-ion for the latest generation. As the U.S. fleet ages and used Highlander Hybrids enter the aftermarket in volume, replacement traction packs have become one of the highest-demand SKUs for distributors, importers, and rebuild shops in Latin America, the GCC, Sub-Saharan Africa, Eastern Europe, and Southeast Asia. This guide consolidates OE part numbers, module counts, voltage classes, 2026 FOB pricing for wholesale buyers, and the seven-step sourcing checklist we use ourselves when shipping Highlander Hybrid battery packs to B2B customers.
1. Why the Toyota Highlander Hybrid Is a Major Aftermarket Opportunity
Three structural reasons make the Highlander Hybrid an unusually attractive replacement-battery product line in 2026:
- Longevity of the model. A 2006 Highlander Hybrid bought new is now twenty years old. Many have crossed 250,000 km (155,000 mi). Ni-MH cells lose roughly 30% of usable capacity after 12-15 years in tropical climates, and the OEM pack typically shows P0A80 / P0A7F DTCs in that window. Every year, more packs fall out of warranty.
- Conservative OEM technology. Toyota stuck with cylindrical Ni-MH D-cells (and later prismatic Ni-MH) far longer than any other automaker. The Highlander Hybrid is one of the few nameplates where the same generation of Ni-MH battery remained in production until 2019, and the same 244.8 V / 288 V class lithium-ion pack has been used across the XV60-style architecture. This gives distributors a deep catalog with overlapping SKUs that can be cross-listed.
- Global secondary-market reach. The Highlander Hybrid is exported new and used to more than 90 countries. Aftermarket demand from Dubai, Lagos, Nairobi, Karachi, Cairo, Bogotá, Lima, and Manila alone routinely drives 50-100 unit monthly orders for established distributors.
For a wholesale buyer, the practical implication is that Highlander Hybrid battery demand is structural, not a one-off product cycle. If you build inventory in the right OE equivalents and NCM lithium drop-in alternatives, you have a defensible five-year sourcing business.
2. Generations and Battery Specifications (XU20 / XU40 / XU50 / XU70)
The Highlander Hybrid has had four chassis generations, each with its own pack configuration. Knowing which generation your customer owns is the single most important variable in quoting correctly.
2.1 First Generation — XU20 (2006-2009, "Classic Highlander Hybrid")
The original 2006-2009 Highlander Hybrid used a 244.8 V Ni-MH pack built from thirty D-size cylindrical cells (1.2 V × 240 cells is the underlying string; 30 modules in series is the common subassembly count). This was Toyota's first mid-size crossover hybrid and shares much of its pack architecture with the second-generation Toyota Prius (NHW20) and the Lexus RX400h of the same era. Capacity is modest — roughly 1.6 kWh usable — because the Highlander Hybrid operates as a full hybrid (HEV), not a plug-in. The pack lives under the rear seat.
| Specification | 2006-2009 Highlander Hybrid (XU20) |
|---|---|
| Battery chemistry | Ni-MH (nickel-metal hydride), cylindrical D-cells |
| Pack voltage (nominal) | 244.8 V |
| Module / cell count | 30 modules / 240 cells (8 cells × 30 modules is the common rebuild layout) |
| Usable energy | ~1.6 kWh |
| Pack location | Under rear seat |
| Primary OE part number | G9280-48010, G9280-48030 |
| Wholesale aftermarket Ni-MH equivalent | nimh-battery-for-toyota-highlander-hybrid-2006-2009-oe-g9280-48010 |
| Lithium drop-in availability | Limited — XU20 typically uses Ni-MH rebuild modules only |
2.2 Second Generation — XU40 (2011-2013, "Second-gen Highlander Hybrid")
The 2011-2013 Highlander Hybrid (XU40) is mechanically very similar to the XU20 but updated with a higher-output 3.5L 2GR-FXE Atkinson-cycle engine. The traction pack is still 244.8 V Ni-MH but with revised cell chemistry (slightly higher power density, lower internal resistance). The most common replacement part numbers are G9510-48060 (full pack assembly) and the matched service components. This generation is widely exported to the Caribbean, Pacific Islands, and West Africa as used vehicles, so aftermarket demand is concentrated in those regions.
| Specification | 2011-2013 Highlander Hybrid (XU40) |
|---|---|
| Battery chemistry | Ni-MH, prismatic cells |
| Pack voltage (nominal) | 244.8 V |
| Module / cell count | 30 modules (prismatic sub-assembly) |
| Usable energy | ~1.8 kWh |
| Pack location | Under rear seat (cross-member mounted) |
| Primary OE part number | G9510-48060, G9280-48060 |
| Wholesale aftermarket Ni-MH equivalent | ni-mh-battery-toyota-highlander-hybrid-2011-2013-g9510-48060 |
2.3 Third Generation — XU50 (2014-2019, "Third-gen Highlander Hybrid")
The XU50 is the generation that introduced an optional lithium-ion traction pack for Toyota mid-size hybrids (still HEV, not PHEV — the Highlander Hybrid PHEV is the XU70-only variant sold in 2020+). Most XU50 units shipped globally are still Ni-MH, with 244.8 V packs built from 34 prismatic modules. Aftermarket demand for this generation is the highest of any Highlander Hybrid currently because (a) it is the most popular generation on the used-car market, (b) packs are now 10-12 years old and starting to fail, and (c) the lithium drop-in alternative is finally widely available and dramatically better than rebuilding individual modules.
| Specification | 2014-2019 Highlander Hybrid (XU50) |
|---|---|
| Battery chemistry | Ni-MH (most units) or NCM lithium-ion (late 2018-2019 builds) |
| Pack voltage (nominal) | 244.8 V (Ni-MH) / 288.0 V (lithium) |
| Module / cell count | 34 modules (Ni-MH) / 40 modules (lithium) |
| Usable energy | ~1.9 kWh |
| Pack location | Under rear seat, behind third-row seatback |
| Primary OE Ni-MH part number | G9510-48070, G9510-48020 |
| Primary OE lithium part number | G9510-0T100 (where equipped) |
| Wholesale aftermarket Ni-MH equivalent | nimh-battery-toyota-highlander-hybrid-2014-2019-g9510-48070 |
| Wholesale aftermarket lithium equivalent | lithium-ion-hybrid-battery-pack-288.0v-40modules-toyota-highlander-hybrid-xu50 |
2.4 Fourth Generation — XU70 (2020-2025 / 2026, "Fourth-gen Highlander Hybrid")
The XU70 Highlander Hybrid introduced the new TNGA-K platform, the first Highlander Hybrid PHEV (2020+ in North America and Europe), and a wholesale shift of the standard HEV pack to NCM lithium-ion (288 V / 40 modules). For wholesale buyers, the XU70 is currently a smaller aftermarket opportunity because the fleet is still young — but the 2023-onward Grand Highlander Hybrid variant (a stretched XU70 sold alongside it) is already generating replacement inquiries because some 2023 units have shown premature pack degradation under hot-climate duty cycles. The Grand Highlander Hybrid uses the same 288 V architecture but with different packaging, so the part numbers differ even though the cell-level technology is shared.
| Specification | 2020-2026 Highlander Hybrid (XU70) |
|---|---|
| Battery chemistry | NCM lithium-ion |
| Pack voltage (nominal) | 288.0 V (HEV) / ~355 V (PHEV) |
| Module / cell count | 40 modules (HEV) / 84 cells (PHEV) |
| Usable energy | ~1.9 kWh (HEV) / ~18.1 kWh (PHEV) |
| Pack location | Under second-row seat (HEV) / underbody (PHEV) |
| Primary OE HEV part number | G9510-48090, G9510-48120 |
| Primary OE PHEV part number | G9510-48140 / G9510-48141 / G9510-48151 / G9510-48152 / G9510-48154 / G9510-48156 |
| Wholesale aftermarket HEV equivalent | ni-mh-battery-toyota-highlander-4th-gen-2020-2025-g9510-48090 (Ni-MH rebuild for early HEV builds) or 288 V lithium cross-reference pack |
3. Ni-MH vs NCM Lithium Trade-offs for Highlander Hybrid Buyers
Every wholesale buyer eventually faces the question: should I inventory Ni-MH modules, NCM lithium drop-in packs, or both? The answer depends on your customer base, climate, and freight economics.
| Dimension | Ni-MH Module Rebuild | NCM Lithium Drop-in Pack |
|---|---|---|
| Compatibility | Identical to OE; uses original BMS | Requires matching BMS harness; not all BMS firmware revisions auto-accept lithium without dealer-level scan-tool initialization |
| Energy density | ~1.6-1.9 kWh in same volume | ~1.8-2.4 kWh in same volume |
| Cycle life at 45 °C ambient | ~1,200 cycles before 70% capacity | ~2,500 cycles before 80% capacity |
| Self-discharge per month | ~10-15% (high) | ~2-3% (low) |
| Climate suitability | Better for very hot climates (no thermal-runaway risk) | Requires active thermal management on BMS; slightly more sensitive to prolonged >50 °C underbody exposure on PHEV packs |
| Wholesale cost 2026 (FOB) | $420-$640 per 30-module pack rebuild kit | $720-$1,440 per drop-in pack |
| End-customer price (retail) | $1,400-$2,200 installed | $2,200-$3,800 installed |
| Lead time to ship | 5-10 days rebuild time | Stock to 14 days depending on cell availability |
| Best fit for | Cost-sensitive XU20 / XU40 markets, hot climates (Middle East, Africa) | Late XU50 / XU70 fleets, cool climates, customers willing to pay for 8-10 year service life |
For most B2B distributors, we recommend carrying both — Ni-MH rebuild modules for the older generations (where they remain the only viable option) and NCM lithium drop-in packs for XU50 and XU70 where the lithium upgrade delivers a meaningful customer experience improvement.
4. Realistic 2026 Pricing for Wholesale Buyers (FOB Pricing)
The table below lists representative 2026 wholesale FOB prices for Highlander Hybrid traction batteries and rebuild kits. Prices assume a 20-unit minimum order, FOB Ningbo / Shanghai, payment by T/T 30/70 or irrevocable L/C at sight. Volume breaks are available above 100 units per shipment.
| Product | OE Cross-Reference | Chemistry | FOB 20-unit MOQ | FOB 100+ unit tier |
|---|---|---|---|---|
| XU20 Ni-MH full pack rebuild kit (2006-2009) | G9280-48010, G9280-48030 | Ni-MH | $420 | $360 |
| XU40 Ni-MH full pack rebuild kit (2011-2013) | G9510-48060 | Ni-MH | $540 | $470 |
| XU50 Ni-MH full pack rebuild kit (2014-2019) | G9510-48070 | Ni-MH | $640 | $560 |
| XU50 lithium drop-in pack (2018-2019) | G9510-0T100 | NCM Li-ion | $1,180 | $1,040 |
| XU70 lithium HEV drop-in pack (2020-2025) | G9510-48090, G9510-48120 | NCM Li-ion | $1,440 | $1,260 |
| Grand Highlander Ni-MH (2023-2025) | G9510-48141 / 152 / 154 / 156 / 151 | Ni-MH | $1,320 | $1,140 |
| Ni-MH cell-only rebuild (per D-cell, 240-cell packs) | — | Ni-MH D-size | $2.40 / cell | $2.10 / cell |
| BMS control unit (remanufactured) | Various | — | $180 | $150 |
Pricing notes: Lithium cell spot prices remained elevated through Q1 2026 due to continued demand from stationary storage customers, but we have held our drop-in pack quotes stable because we source cells on 6-month forward contracts. Ni-MH cell pricing is more stable because there are still three major cell suppliers (PEVE-equivalent, FDK, and Chinese domestic) actively competing.
5. 7-Step Buyer's Checklist for Highlander Hybrid Battery Sourcing
- Identify the generation and confirm OE part number. Have the customer photograph the build plate on the existing pack and the VIN. Match against the XU20 / XU40 / XU50 / XU70 tables above. Do not skip this step — Highlander Hybrid packs are not interchangeable across generations even when voltages look similar.
- Decide Ni-MH rebuild vs NCM lithium drop-in. Ni-MH is the conservative choice for XU20 / XU40 / early XU50 where the BMS does not need firmware changes. NCM lithium is the better long-term value for XU50 (2018+) and XU70 where the firmware already accepts lithium.
- Verify BMS compatibility on lithium conversions. For XU50 builds before 2018, the original BMS firmware may reject lithium cells without a dealer-level Toyota Techstream initialization step. Confirm with your customer that they have access to a Techstream-compatible scan tool or that the conversion shop is willing to perform the initialization.
- Request a Cycle Test Report and Capacity Certificate with every shipment. Every Highlander Hybrid pack — Ni-MH or lithium — should ship with a printed cycle test (we use 5 cycles at 0.5 C charge / 1 C discharge between 20% and 80% SOC) showing measured capacity is within 3% of nominal.
- Specify packaging for export. Ni-MH cells ship as UN-classified batteries (no DG declaration, but should be on a pallet with anti-vibration bracing). Lithium packs ship as UN3480, Class 9, with the appropriate MSDS, UN38.3 test summary, and DG declaration for air freight (or IMDG for sea freight). Confirm your freight forwarder is comfortable before placing the order.
- Confirm warranty terms in writing. Industry standard is 24 months or 50,000 km for Ni-MH rebuilds, and 36 months or 100,000 km for NCM lithium drop-in packs. Make sure the warranty covers cell capacity degradation below 70% within the term, not just outright failure.
- Verify the supplier's cell source. Reputable suppliers will tell you which cell manufacturer they use (EVE Energy, CATL, Gotion, or PEVE-equivalent for Ni-MH). If a supplier refuses to disclose the cell source, walk away. The difference between a quality cell and a B-grade cell is the difference between a 5-year and a 2-year service life.
6. Common Mistakes to Avoid
- Cross-fitting XU20 Ni-MH modules into an XU50 chassis. The connectors and the BMS handshaking differ. The pack will physically bolt in but the BMS will throw a permanent DTC and the car will not start.
- Selling "lithium upgrade" packs without confirming BMS readiness. On early XU50 (2014-2017) Ni-MH packs, the BMS expects Ni-MH voltage curves. Dropping in a lithium pack without firmware initialization is the single most common cause of a "Do Not Buy From This Seller" complaint on aftermarket forums.
- Ignoring ventilation on Ni-MH rebuild kits. When rebuilding a pack from individual cells, the vent tube on the pack enclosure must be reconnected. If it is left off, hydrogen off-gassing from the Ni-MH cells in a thermal event can accumulate inside the cabin.
- Quoting without freight. A 30-module Ni-MH pack on a sea-freight pallet to East Africa from Ningbo is roughly $140-$180 in 2026 LCL rates. A drop-shipped lithium pack to the U.S. is roughly $80-$120 LTL. Always quote landed.
- Buying from cell-only "kit" suppliers without a BMS. Cell-only kits are fine for experienced rebuild shops with their own BMS diagnostics. They are not fine for retail customers. Make sure you know who is on the other end of the order.
- Mislabeling the Grand Highlander part numbers. The Grand Highlander Hybrid (2023+) uses different G9510-4814x / 4815x sub-variant numbers depending on the trim. If you quote G9510-48141 but the customer's car is actually a G9510-48154 build, the pack will physically fit but the BMS will throw a permanent DTC.
7. Recommended Products from Our Catalog
Below are the Highlander Hybrid traction battery products we currently ship from our Ningbo warehouse, with cross-references to the OE part numbers above. All products carry a 24-36 month warranty and a printed capacity certificate.
- Toyota Highlander Hybrid Ni-MH Battery — 2006-2009 XU20 — OE G9280-48010 — full 30-module rebuild kit, $420 FOB at MOQ 20.
- Toyota Highlander Hybrid Ni-MH Battery — 2006-2009 XU20 — OE G9280-48030 — alternative cross-reference, identical spec, $420 FOB.
- Toyota Highlander Hybrid 1st-gen Ni-MH Battery — 2006-2009 — pre-balanced module kit for XU20 rebuilders.
- Toyota Highlander Hybrid 2nd-gen Ni-MH Battery — 2011-2013 XU40 — full pack replacement, $540 FOB.
- Toyota Highlander Hybrid Ni-MH Battery — 2011-2013 — OE G9510-48060 — OE-spec replacement, $540 FOB.
- Toyota Highlander Hybrid 3rd-gen Ni-MH Battery — 2014-2019 XU50 — full pack replacement, $640 FOB.
- Toyota Highlander Hybrid Ni-MH Battery — 2014-2019 — OE G9510-48070 — OE-spec replacement, $640 FOB.
- Toyota Highlander Hybrid Lithium-ion Battery Pack — 288.0 V 40-module — XU50 drop-in — NCM lithium, $1,180 FOB.
- Toyota Highlander Hybrid 4th-gen Ni-MH Battery — 2020-2025 XU70 — OE G9510-48090 — $1,440 FOB, rebuild for early-build XU70.
- Toyota Highlander Hybrid Ni-MH Battery — OE G9510-48120 — 2014-2019 XU50 rebuild — $640 FOB.
- Toyota Highlander Hybrid Ni-MH Battery Pack — 288 V 6500 mAh — OE G9200-48010 — high-capacity rebuild.
- Toyota Highlander Hybrid Lithium-ion Battery Pack — 288.0 V 40-module — XU20 cross-reference — for retrofit applications.
- Toyota Grand Highlander Hybrid Ni-MH Battery — 2023-2025 — stretched XU70 variant, $1,320 FOB.
- Toyota Grand Highlander Hybrid Ni-MH Battery — OE G9510-48141 — 2023-2025 — sub-variant A.
- Toyota Grand Highlander Hybrid Ni-MH Battery — OE G9510-48152 — 2023-2025 — sub-variant B.
- Toyota Grand Highlander Hybrid Ni-MH Battery — OE G9510-48156 — 2023-2025 — sub-variant C.
- Toyota Grand Highlander Hybrid Ni-MH Battery — OE G9510-48151 — 2023-2025 — sub-variant D.
- Toyota Grand Highlander Hybrid Ni-MH Battery — OE G9510-48154 — 2023-2025 — sub-variant E.
8. Frequently Asked Questions
8.1 What type of battery does a Toyota Highlander Hybrid use?
It depends on the generation. The 2006-2013 Highlander Hybrid (XU20 and XU40) used a 244.8 V Ni-MH (nickel-metal hydride) traction pack built from 30 modules of cylindrical or prismatic cells, with usable energy around 1.6-1.8 kWh. The 2014-2019 Highlander Hybrid (XU50) was still mostly Ni-MH at 244.8 V with 34 modules, but late 2018 and 2019 model years introduced a 288 V NCM lithium-ion pack as an option on certain trims. The 2020-2026 Highlander Hybrid (XU70) ships exclusively with a 288 V NCM lithium-ion traction pack (40 modules for the HEV, with a separate larger 18.1 kWh pack for the PHEV variant). If you are sourcing replacement, you must match both the voltage class and the BMS handshake to your customer's specific generation.
8.2 Is the Toyota Highlander Hybrid battery Ni-MH or lithium-ion?
Across the entire 2006-2026 production run, both chemistries have been used. Ni-MH is the dominant chemistry in the first three generations (XU20, XU40, and most XU50), while NCM lithium-ion became standard starting with the 2020 XU70 generation. The total Ni-MH-to-lithium split across the global Highlander Hybrid fleet is roughly 75% Ni-MH / 25% lithium by vehicle count, which is why Ni-MH rebuild kits remain a meaningful aftermarket category despite the industry-wide shift to lithium.
8.3 What is the Highlander Hybrid battery warranty for OEM replacement?
Toyota's OEM warranty on the Highlander Hybrid traction battery in the United States is 10 years or 150,000 miles (whichever comes first) for model years 2020 and later under the California Air Resources Board (CARB) zero-emission vehicle standards; earlier generations had an 8-year / 100,000-mile federal warranty. Aftermarket replacements from specialist suppliers typically carry 24-36 months regardless of vehicle age. The OEM warranty is not transferable to aftermarket batteries — if your customer installs an aftermarket pack, the OEM warranty on the hybrid system ends the moment the BMS detects a non-OEM signature.
8.4 How long does a Toyota Highlander Hybrid battery last?
OEM Ni-MH traction packs in the Highlander Hybrid typically last 12-18 years or 180,000-250,000 km in temperate climates, and 10-15 years in hot climates (Middle East, Sub-Saharan Africa, tropical Latin America, the U.S. Southwest). Aftermarket NCM lithium drop-in packs from reputable suppliers last 8-12 years or 200,000-300,000 km because of higher cycle life, but they require BMS firmware initialization on pre-2018 builds. Most Highlander Hybrid owners who replace the traction battery do so between year 10 and year 15 of vehicle life.
8.5 Can I upgrade my older Highlander Hybrid from Ni-MH to lithium-ion?
Yes, but only on XU50 (2014-2019) and XU70 (2020+) chassis. The XU20 and XU40 generations use a different BMS architecture and the upgrade is not commercially supported. On the XU50, the upgrade requires a Techstream-level scan tool to initialize the BMS for the new lithium voltage curve; if your installer does not have access to this tool, the BMS will permanently fault the pack and the car will not start. For the XU70, the upgrade is essentially a like-for-like replacement — the OEM pack is already lithium, so you are swapping lithium for lithium. The 2017-2019 XU50 is the sweet spot for retrofit: the BMS firmware revision on those builds was the first to robustly accept lithium drop-ins.
8.6 What is the typical wholesale price for a Highlander Hybrid replacement battery in 2026?
For a wholesale buyer placing a 20-unit minimum order, FOB Ningbo / Shanghai, 2026 pricing breaks down as follows: Ni-MH rebuild kit for the XU20 / XU40 generation is $420-$540 per pack; Ni-MH rebuild kit for the XU50 generation is $640 per pack; NCM lithium drop-in pack for the XU50 / XU70 is $1,180-$1,440 per pack. Prices assume payment by T/T 30/70 or irrevocable L/C at sight. Volume breaks above 100 units reduce pricing by roughly 10-15%. Landed pricing in Africa, the GCC, and Latin America should add $140-$180 sea freight per unit and any applicable import duties in the destination country.
8.7 Which Toyota Highlander Hybrid battery part number do I need?
Match the part number to the model year and generation: 2006-2009 XU20 uses G9280-48010 or G9280-48030; 2011-2013 XU40 uses G9510-48060 or G9280-48060; 2014-2019 XU50 Ni-MH uses G9510-48070 (or G9510-48120 in some sub-variants); 2018-2019 XU50 lithium uses G9510-0T100; 2020-2025 XU70 HEV uses G9510-48090, with the Grand Highlander Hybrid using sub-variants G9510-48141, G9510-48151, G9510-48152, G9510-48154, or G9510-48156 depending on trim. The single most common error in Highlander Hybrid battery sourcing is quoting the wrong sub-variant for the Grand Highlander — confirm the trim and build plate before ordering.
9. Next Steps
If you are a wholesale buyer or distributor evaluating Highlander Hybrid traction batteries for your market in 2026, here is the fastest path from inquiry to shipped order:
- Send us your target generation mix (XU20 / XU40 / XU50 / XU70), expected annual volume, and destination port.
- We prepare a formal FOB quotation with tiered pricing at MOQ 20 / MOQ 100 / MOQ 500.
- We ship a paid evaluation sample (1 unit) so your installation shop can verify the pack on a customer vehicle before placing the bulk order.
- Bulk orders ship 5-14 days after payment, with capacity certificates and cycle test reports enclosed.
For ongoing customers we also offer bonded warehouse options in Lagos, Dubai, and Rotterdam — please ask your account manager for details.
10. Related Guides from LIANLI TECHNOLOGY
- Toyota Prius Hybrid Battery Replacement Guide: Ni-MH Cell, Module & Pack Specifications, OE Numbers (G9510-52030, G9280-47010, G9200-47030), Gen 1/2/3/4 Differences, Aftermarket Sourcing & 2026 Wholesale Pricing — the foundational Toyota HEV battery guide; the Prius Gen 2/3 Ni-MH module is the technology ancestor of every Highlander Hybrid pack.
- Toyota Camry Hybrid Battery Replacement Guide: Ni-MH vs NCM Lithium, OE Numbers (G9200-30030, G9200-47030, G9200-0T100), XV40/XV50/XV70/XV80 Generations, Aftermarket Sourcing & 2026 Wholesale Pricing — shares the XV70 lithium architecture with the XU70 Highlander Hybrid.
- Toyota RAV4 Hybrid Battery Replacement Guide: Ni-MH vs NCM Lithium, OE Numbers, PHEV Differences & Wholesale Sourcing (2015–2025) — covers the AWD counterpart of the Highlander Hybrid with shared TNGA-K architecture.
- Toyota Yaris Hybrid Battery Replacement Guide: Ni-MH vs Lithium-Ion, OE Numbers, Cost & Buyer's Checklist (2011–2025) — the small-platform companion to the Highlander Hybrid, useful for entry-level hybrid markets.
For Highlander Hybrid battery sourcing inquiries, contact our sales team with your target generation, annual volume, and destination port. We respond to qualified wholesale inquiries within one business day with a formal quotation.