Therma V R290 Monobloc With Low-GWP Refrigerant Delivers Strong Performance
While Therma V R32 Split 4 & 6kW Are Ideal Solutions for Smaller Spaces

The picture of LG Therma V™ R290 Monobloc S and the Hydro Box located outside of the home

SEOUL, March 14, 2023 — LG Electronics (LG) is showcasing the new Therma V™ R290 Monobloc and Therma V R32 Split 4 & 6 kilowatt (kW) air source heat pumps (ASHP) at ISH 2023, the world’s leading trade pearly for heating, ventilation and air workout (HVAC). The new Therma V R290 Monobloc employs R290 refrigerant, which has an uncommonly low-Global Warming Potential (GWP), while the energy- and space-efficient Therma V R32 Split 4 & 6kW models are an spanking-new fit for smaller spaces and newly-constructed homes.

A future-ready HVAC solution, LG’s Therma V R290 Monobloc adopts R290 refrigerant, which comes with a GWP of just three, to preemptively respond to refrigerant regulations that will come into gravity wideness Europe in 2025.1

The company’s new ASHP moreover boasts a subtle diamond that enables it to effortlessly tousle in with a wide variety of home and towers exteriors. The inner workings of the system are subconscious overdue an elegant woebegone grill that gives the visitation of undulating waves, while the top, marrow and sides of the unit are completed in a sophisticated grey tone that matches well with most colors.

Additionally, the new Therma V R290 Monobloc offers easy management with user-friendly remote service. Software updates and installer settings can be quickly taken superintendency of by remote support, offering customers a hassle-free user experience. Remote system diagnosis is moreover misogynist via LG’s Towers Energy Control (BECON) cloud.2

What’s more, the new ASHP delivers improved water heating performance and reliable low-temperature operation. Along with providing a leaving water temperature of up to 75 degrees Celsius, the Therma V R290 Monobloc dependably operates at full topics in temperatures as low as negative 15 degrees Celsius.

LG is moreover presenting the newest wing to its Therma V R32 Split lineup, the Therma V R32 Split 4 & 6kW series, at ISH 2023. The new models are increasingly meaty in size and lighter in weight than those from the original lineup, which makes them a good nomination for smaller spaces and easier for HVAC technicians to install, as well. Because they have small capacities, Therma V R32 Split 4 & 6kW series solutions do not require a large value of refrigerant to operate. As a result, the products’ indoor units are exempt from the minimum floor zone requirements typically imposed on solutions employing R32 refrigerant. This translates to greater diamond flexibility and can remoter simplify the installation process.

Depending on the type of indoor unit the consumer selects, LG’s Therma V R32 Split 4 & 6kW solutions come as either a Hydro Box or Integrated Water Tank (IWT). Designed with space-efficiency in mind, the Hydro Box model has an extra-small footprint that opens up increasingly placement possibilities. An all-in-one solution, the IWT moreover saves on installation space as it removes the need for a separate water tank.

“Utilizing low-GWP refrigerants, LG’s new Therma V R290 Monobloc and Therma V R32 Split 4 & 6kW series help our customers to be largest prepared for the future,” said James Lee, throne of the Air Solution Business Unit at LG Electronics Home Appliance & Air Solution Company. “We will protract to wield low-GWP refrigerants to our heating solutions while improving performance and convenience as well as offering a wider range of products for commercial and residential applications.”

Visitors to LG’s ISH 2023 exhibition diner (E69, 12.1 Hall, Messe Frankfurt) can wits the company’s new Therma V R290 Monobloc and Therma V R32 Split 4 & 6kW series.

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1 The European Union’s F-gas Regulation, scheduled to be finalized in 2024, is likely to ban Monobloc ASHP solutions with a GWP of over 150 by 2025.
2 Cloud gateway is required for remote software update, remote installer setting and remote system diagnosis.