World News

Industry news and insights from Europe and around the World

UK News

Latest news and developments in the United Kingdom

Products

Keep up-to-date with the latest new products and technology

Features

General articles, applications and industry analysis

LG’s new Multi V i VRF is driven by AI

SOUTH KOREA: LG Electronics has announced the launch of the new Multi V i, its new VRF equipped with what is described as a highly evolved AI engine.

The Multi V I, which is to be launched in key global markets, starting with Europe, includes AI Smart Care, which LG says uses spatial and situational learning to adjust cooling or heating power according to several variables. These include the number of people in the room, humidity levels, and indoor and outside ambient temperature. 

AI Indoor Space Care helps maintain a steady temperature and reduce energy consumption by automatically turning on indoor units in occupied areas, and turning them off in unoccupied areas. Another efficiency-focused feature, AI Energy Management allows users to set energy consumption targets, which can help to lower the overall power usage of the Multi V i.

Users can set operational noise limits in five steps from 50 to 70dB to ensure that the sound produced by the outdoor unit does not exceed the level of volume they’ve specified.

Providing smart performance and convenience, the Weather Information Interlocking Control feature of LG’s VRF solution automatically selects custom operation modes – including automatic pre-heating and automatic snow removal – based on the weather conditions. 

LG maintains that the Multi V i surpasses the performance of its current Multi V 5 model, providing powerful, dependable performance even in extreme weather conditions. Comparison tests with an 8hp LG Multi V 5 are said to have shown a 15% increase in energy efficiency.

The reduced power consumption is also achieved by a newly designed biomimetic fan and an enhanced air-flow path. 

Full cooling capacity is said to be achieved in temperatures up to 43ºC, and full heating capacity in temperatures as low as -10ºC.

The Multi V i’s AI engine powers a variety of additional smart features, such as auto tuning and remote upgrade, which are designed to help improve convenience and the overall user experience. The auto tuning system automatically tunes the compressor and motor during initial installation or when they need replacing, allowing for faster and easier setup and servicing. Meanwhile, with the remote upgrade system, the VRF system can be automatically updated to the latest software version without an on-site service visit. Furthermore, AI Smart Diagnosis provides automated system analysis and easy-to-read status reports.

Latest News

23rd October 2026

Court installation judges R290 chillers

UK: Panasonic has supplied six 80kW ECOi-W Aqua-G Blue R290 chillers as part of a major cooling infrastructure upgrade at Leeds Magistrates Court.
23rd October 2026

Solid refrigerant firm receives $8.5m funding

USA: Pascal, a developer of barocaloric solid refrigerant technology, has raised additional funding of $8.5m to support the technology’s initial deployments with a multinational beverage manufacturer.
23rd October 2026

Westfalen opens R290 plant

GERMANY: Industrial gases manufacturer and retailer the Westfalen Group has opened a new plant to produce high-purity refrigerant R290 at its site in Münster-Gelmer.
22nd October 2026

ABB strikes transverse flux motor deal

USA: ABB has extended its relationship with Electric Torque Machines (ETM), which began in 2025, to develop and commercialise motors based on ETM’s patented transverse flux motor technology.
22nd October 2026

Carrier plans new $600m Fort Worth plant

USA: Carrier has announced plans to invest more than $600m over the next three years in a new advanced manufacturing and engineering centre in Fort Worth, Texas.
22nd October 2026

Trane Technologies to acquire Cancoil

IRELAND: Trane Technologies is set to acquire one of its current suppliers – Cancoil Thermal Corporation, a Canadian manufacturer of heat-transfer products.