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

Bitzer extends Ecolite series

GERMANY: Bitzer has announced a number of new products including a further extension of its Ecolite condensing units, new open drive ammonia compressors and hybrid falling film evaporators.

Among the announcements at Chillventa this week from Bitzer was the new Ecolite LHL7E condensing unit, extending the line up to 6.5kW in low temperature applications and up to 25kW in medium temperature. 

Like the extension of the range announced in July, these new units are now available for use with a full range of A2L refrigerants, including ultra-low GWP R1234ze/yf and lower GWP R455A and R454C.

All feature Bitzer’s semi-hermetic Ecoline reciprocating compressors with Varistep mechanical capacity control. The Ecolite LHL7E also offers optional heat recovery for an additional boost in system efficiency.

Open drive screws

Bitzer is expanding its portfolio of ammonia screw compressors for industrial ammonia refrigeration systems with new OS.A105 open drive screw compressors. Three displacement volumes of 1,400, 1,700 and 2,000m3/h at 2,900rpm are in the pipeline. This displacement can be increased by a further 40% with the use of external frequency inverters. 

The new OS.A105 open drive screw compressors are equipped with the IQ module, which can be used to efficiently operate the double slider for mechanical capacity control and Vi adjustment. The sliders enable stepless adjustment of the cooling capacity between 10% and 100%.

Hybrid falling film evaporators

Bitzer’s new hybrid falling film evaporators are said to combine high efficiency in full and part load with a low refrigerant charge. They come in five different housing sizes and are optimised for R134a, R1234ze and R513A. 

The company claims that the tested capacities are much better than those of fully flooded evaporators with rated load conditions and, in particular, with part load conditions. 

They satisfy the requirements of the EU Ecodesign directive and achieve the minimum level of efficiency stipulated in the directive for refrigeration systems with a capacity of over 400kW. Due to their special design, hybrid falling film evaporators also require at least 35% less refrigerant than flooded evaporators. With a capacity range of 300 to 2,000kW, they accommodate a whole host of applications – most notably, air conditioning and process cooling.

The OS.A105 compressor will be launched in 2024.

Latest News

30th January 2025

UL expands heat pump test facilities in US and Europe

USA/ITALY: Testing, inspection and certification company UL Solutions is to expand its HVAC facilities in Plano, Texas, and Carugate, Italy, to meet demand for heat pump performance and safety evaluations.
29th January 2025

HVACR expert Reinhard Radermacher dies

USA: The Center for Environmental Energy Engineering (CEEE) has reported the sudden death of internationally recognised HVACR expert Reinhard Radermacher.
29th January 2025

Grocers back US challenge to HFC phase down

USA: The USA’s leading association of independent supermarkets has backed a resolution to nullify the US AIM Act to phase down HFC refrigerants.
29th January 2025

US warns of non-compliant refrigerant cylinders

USA: The US Department of Transportation (DOT) has warned of non-compliant refrigerant cylinders which could cause significant damage to property, physical injury or death.
29th January 2025

Improving IAQ for historic artefacts

SPAIN: An EU-funded project has been established to preserve cultural heritage artefacts and reduce energy demand by up to 50% by improving indoor air quality.  
29th January 2025

Latest LG DualCool employs enhanced AI technology

SOUTH KOREA: LG Electronics is unveiling its newly upgraded DualCool residential air conditioner, which employs the company’s enhanced AI Core-Tech technology.