Heat Pump Solutions for European Homes

LG Electronics is strengthening its position in the European residential heat pump market with a diverse portfolio of high-performance solutions adapted to different housing environments.

As demand continues to grow across Europe for energy-efficient heat pump solutions using low-GWP refrigerants, LG is expanding its market response with products designed to combine efficiency, ease of installation and integration into contemporary homes and large-scale residential projects.

 

Therma V R290 Monobloc

One of the key products in the portfolio is Therma V R290 Monobloc, an outdoor air-to-water heat pump unit that uses R290 refrigerant with very low Global Warming Potential.

The unit is designed to provide reliable heating in outdoor temperatures as low as -28°C and can supply domestic hot water up to 75°C. Its monobloc design allows the unit to operate independently, without the need to install components inside the home, making installation easier and faster.

 

 

Multi V i and Multi V S

LG also offers Multi V i and Multi V S as part of its VRF range. Multi V i combines low-GWP R32 refrigerant with a high-efficiency inverter compressor and advanced smart control for efficient operation.

It also includes safety features, such as sensors that activate protection systems when refrigerant leakage is detected, helping maintain operational continuity and safety.

Multi V S is a compact VRF solution offering flexible system integration, energy management capabilities, smart controls and a user-friendly management interface. When combined with indoor units incorporating a domestic hot water tank and the necessary hydraulic components, it can operate as an all-in-one solution for air conditioning, heating and domestic hot water production.

 

Award-Winning Indoor Units

LG recently introduced new indoor units for air-to-water heat pump systems: Combi Unit, Hydro Unit and Control Unit.

The units received the iF Design Award 2026 and Red Dot Design Award 2026, recognizing their integrated design and ease of use. These distinctions reinforce LG’s position in a market where technical performance must be combined with clear design, usability and simple day-to-day management.

 

 

Customized Solutions for Large Residential Projects

LG continues to secure major residential project wins across Europe, supported by the competitiveness of its products and its engineering capabilities.

In Spain, LG supplied Multi V i and indoor units for approximately 1,000 residential units at Calle Fuerzas Armadas, a build-to-rent residential development. From the early stages of the project, LG worked with local partners to review design, certification and installation requirements, providing support aligned with European environmental regulations and site-specific conditions.

 

Residential Projects in Serbia

In Belgrade, LG supplied a customized solution for King’s Circle Residences, combining Multi V S with indoor units that produce cold and hot water. The integrated configuration enables energy monitoring per unit and brings cooling, heating and domestic hot water supply into a single system.

LG also supplied Multi V i, Multi V S and residential air conditioners to The One Residences in Belgrade, working with design teams to propose a heating and cooling system suited to the building structure and installation conditions. Simulation-based technical assessments were also carried out to verify operational stability and installation suitability.

 

 

Energy Efficiency and Ease of Installation

According to James Lee, president of LG ES Company, the European residential heat pump market continues to evolve, with growing demand for solutions that are energy-efficient, environmentally responsible and easy to install.

Through its diversified heat pump portfolio and engineering capabilities, LG aims to respond to the real needs of each space, strengthening its position in the European market and offering integrated solutions for contemporary residential environments.

 

LG Business Solutions Greece

Advanced Ventilation for the Contemporary Home

LG Business Solutions presents LG Residential ERV, an advanced ventilation solution designed to improve indoor air quality and upgrade everyday comfort in the modern home.

As people spend a significant part of their daily lives indoors, air quality has become a critical factor for health, wellbeing and domestic comfort. LG notes that indoor air can be considerably more burdened than outdoor air, making effective ventilation an essential part of a healthy living environment.

Continuous Air Renewal with Energy Efficiency

LG Residential ERV ensures the continuous renewal of indoor air by removing stale air from the home and introducing fresh air from outside. At the same time, the system is designed to avoid unnecessary impact on indoor temperature, using a high-efficiency heat exchanger.

According to LG, this allows for significant energy savings compared to conventional natural ventilation, while maintaining thermal comfort for residents. The ERV system can save up to 85% more energy compared to natural ventilation, thanks to its highly efficient heat exchanger.

Air Purification Technologies

Beyond ventilation, LG Residential ERV incorporates advanced air purification technologies. High-efficiency filters help remove fine dust, while UVnano™ technology contributes to the reduction of bacteria and viruses on the pre-filters.

The system also features an antibacterial design for its internal components, helping prevent mold development and maintain high hygiene levels within the unit. According to the press release, with the application of UVnano technology, bacteria and viruses on the pre-filters are removed by up to 99.99%.

Monitoring and Smart Control

LG Residential ERV also includes advanced air quality monitoring and control functions. Integrated CO₂ sensors and fine dust sensors allow the system to adjust its operation in real time according to indoor conditions.

Through these features, users can maintain stable levels of comfort and air quality, while the system responds dynamically to the needs of the space.

A More Sustainable Living Environment

With LG Residential ERV, LG Electronics strengthens its commitment to developing technologies that combine energy efficiency, health and comfort. The solution contributes to the creation of a more contemporary and sustainable home environment, addressing one of the key challenges of modern living: the quality of the air we breathe indoors.

LG Business Solutions Greece

Programmatic coexistence

“Just Don’t Call it a Lab”

The Warren Woods Ecological Field Station, designed for the University of Chicago’s Department of Ecology and Evolution, constitutes the first certified Passive House laboratory facility in North America. With a total surface area of 220m², the building demonstrates how research environments can meet rigorous energy-performance standards while simultaneously supporting scientific inquiry, education, and community engagement. Situated within a 42-acre site in southwest Michigan, it establishes a framework for addressing critical questions related to ecology and human adaptation in the Anthropocene.

 

Programmatic Integration

The facility accommodates a fully equipped laboratory, seminar space, bathrooms, and a compact kitchen. A second-floor loft and an accessible roof deck provide flexible areas for retreats and collective activities, while three adjacent bunkhouses and a wash house support seasonal programs. The interior spaces are carefully daylit, balancing the technical requirements of scientific equipment with occupant comfort. This duality allows advanced research processes to coexist with the stringent demands of Passive House performance.

 

 

Environmental Strategy

Energy efficiency and programmatic complexity inform every aspect of the design. Laboratory spaces are strategically located in the cooler northwest corner of the building to counterbalance the heat generated by plant-growth chambers, ultra-low-temperature freezers, and DNA extraction equipment. A deep roof overhang mitigates solar gain on west-facing glazing, while a comprehensive ventilation system captures and redistributes or exhausts waste heat according to seasonal needs, ensuring optimal indoor environmental conditions.

 

 

Material Palette

The building is articulated through a combination of a long shed roof, expansive south-facing glazing, and operable perforated-metal screens that regulate solar exposure throughout the year. A super-insulated concrete slab contributes to thermal stability, maintaining consistent interior temperatures. The exterior is clad in distressed cedar siding, wrapping a series of abstract geometric volumes that anchor the structure within its wooded context while simultaneously expressing its technological and scientific character.

As both a research infrastructure and a prototype for sustainable design, the Warren Woods Ecological Field Station establishes a new paradigm for high-performance laboratory architecture in remote environments, aligning technical precision with ecological responsibility.