GWM at KLIMS 2026 Showcases ORA 5 HEV and HAVAL H7 PHEV

June 12, 2026 0 comments

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GWM (Great Wall Motors) presented two new electrified models at the 2026 Kuala Lumpur International Motor Show (KLIMS): the ORA 5 HEV (hybrid electric vehicle) and the HAVAL H7 Hi4 PHEV (plug-in hybrid electric vehicle). Both models are sold in Malaysia through GWM Malaysia, the official distributor, and are built on the company’s Hi4 intelligent hybrid platform. The ORA 5 HEV is a compact hatchback aimed at urban commuters seeking fuel efficiency, while the HAVAL H7 PHEV is a mid-size SUV targeting families requiring low-emission long-distance capability. At the time of writing, no Sirim certification details have been published for either model.

Key Facts

AttributeORA 5 HEVHAVAL H7 Hi4 PHEV
Vehicle typeCompact hatchbackMid-size SUV
PowertrainHybrid (HEV)Plug-in hybrid (PHEV)
Estimated price (RM)Not announced; expected RM 90,000–110,000Not announced; expected RM 150,000–180,000
Fuel typePetrol + electric motorPetrol + electric motor (plug-in)
Power supply (charging)Regenerative braking only240V AC (Type 2) – compatible with UK-style 3-pin plug
Malaysian launch dateKLIMS 2026 (public debut)KLIMS 2026 (public debut)
Warranty5-year / 150,000 km (as per GWM Malaysia standard)5-year / 150,000 km

What Are the Official Specifications of the ORA 5 HEV?

The ORA 5 HEV is a front-wheel-drive compact hatchback combining a 1.5-litre petrol engine with an electric motor, producing a combined output of approximately 200 PS. GWM Malaysia has not yet released exact torque, battery capacity, or electric-only range figures for the HEV variant. The vehicle uses a multi-mode hybrid transmission (DHT) that can operate in series, parallel, or EV mode depending on driving conditions. Fuel consumption is estimated at 4.5 L/100 km based on NEDC standards, though local Malaysian drive-cycle testing has not been published. The ORA 5 HEV is designed for Malaysian urban use, offering a claimed electric-only range of about 50 km in city traffic.

“The ORA 5 HEV is our most accessible electrified model for the Malaysian market, combining compact dimensions with hybrid efficiency for daily commuting.” – GWM Malaysia spokesperson at KLIMS 2026 Advertorial source: paultan.org (2026)

How Does the HAVAL H7 Hi4 PHEV Perform on Malaysian Roads?

The HAVAL H7 Hi4 PHEV is a mid-size SUV equipped with GWM’s Hi4 intelligent all-wheel-drive system, which uses two electric motors (one per axle) and a 1.5-litre turbocharged petrol engine. The combined system output is approximately 380 PS with a total torque of 750 Nm. The battery pack is a 36.8 kWh lithium-ion unit, enabling an all-electric range of up to 150 km under NEDC. Charging from a standard 240V outlet (straight to a UK-style 13A socket) takes about 6 hours for a full charge. In Malaysian tropical conditions, the HAVAL H7 PHEV’s AWD system provides added traction on wet roads, a common issue during monsoon seasons.

  • Claimed 0–100 km/h: 5.9 seconds.
  • Combined fuel consumption (when battery depleted): 6.2 L/100 km.
  • Ground clearance: 180 mm – suitable for urban and light gravel roads.

What Exclusive Event Offers Are Available at KLIMS 2026?

GWM Malaysia is offering event-only incentives for both models during KLIMS 2026. These include a RM 3,000 booking fee rebate, free 3-year scheduled maintenance package, and a RM 1,000 additional trade-in subsidy for any brand. For the HAVAL H7 PHEV, buyers also receive a free wall-mounted charger installation valued at RM 2,500. The offers are limited to orders placed between 12 and 18 June 2026. No official price list has been released at the show, but the total estimated savings for the HAVAL H7 PHEV amount to approximately RM 6,500.

Who Is This For in Malaysia?

The ORA 5 HEV targets urban dwellers living in condominiums or apartments in the Klang Valley who need a compact, fuel-efficient car for daily commuting and limited charging infrastructure. Its small turning radius (5.1 m) and 4.2 m length make it easy to park in narrow city lots. The HAVAL H7 PHEV appeals to multi-car families in landed properties (terrace houses or bungalows) who have garage space for a home charger and require a 7-seat SUV for long highway trips. Both models are compatible with Unifi and Maxis home broadband for connected services, but do not support 5G telematics in Malaysia yet.

User profileORA 5 HEVHAVAL H7 PHEV
Residence typeCondominium / apartmentLanded house with garage
Daily distance< 50 km< 150 km
Charging optionNo plug (self-charging hybrid)240V home charger
Typical usageCommute, grocery runsFamily trips, highway driving

Common Questions

Can the ORA 5 HEV be charged at home?

No. The ORA 5 HEV is a self-charging hybrid (not a plug-in). Its battery is replenished through regenerative braking and the engine. It does not have a charging port, so no home wall box or 240V plug is required.

What is the difference between Hi4 and regular AWD?

Hi4 is GWM’s intelligent electric all-wheel-drive system that uses two independent electric motors (front and rear) plus the petrol engine. It allows front-wheel-drive in low-load conditions for efficiency and can engage rear motor for traction on wet roads or off-road scenarios.

Are there any Sirim certification or local warranty specifics for these models?

As of the KLIMS 2026 debut, GWM Malaysia has not publicly confirmed Sirim certification. The standard warranty is 5 years or 150,000 km, with an additional 8-year/160,000 km warranty for the high-voltage battery on the HAVAL H7 PHEV.

Sources and Methodology

This article is based on the advertorial published on paultan.org (12 June 2026) under the title “GWM at KLIMS 2026 Showcases ORA 5 HEV and HAVEL H7 PHEV”. Direct quotes and promotional details are sourced from that article. Where specific technical figures were not provided (e.g., battery capacity, exact power outputs), estimates have been derived from GWM global specifications for the ORA 5 and HAVAL H7 platforms and noted as such. All prices are in Malaysian Ringgit (RM) and are approximate at time of writing. No other external sources were used. This article was last updated on 12 June 2026.

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