4 TE CONNECTIVITY / HEAT PUMP INNOVATIONS: SUSTAINABLE COMPONENTS FOR ENHANCED PERFORMANCE
SHIFT TO RELIABLE AND SUSTAINABLE COMPONENTS
SUSTAINABLE MATERIALS TO LIMIT CARBON FOOTPRINT
GLOBAL HVAC MARKET INSIGHTS
There is a global shift towards the use of more reliable and sustainable components for heat pumps, driven by several factors.
For one thing, the increased demand for heat pumps prompts manufacturers to invest in research and development for better
components. Heat pumps, particularly in high-vibration environments, necessitate the utilization of reliable components to ensure
optimal performance and prevent mismating issues. Also, governments around the world are implementing stricter regulations on
emissions and energy efficiency, thus incentivizing manufacturers to develop cleaner and more efficient heat pumps. Manufacturers
are also focusing on using sustainable materials and processes in their production. This includes using recycled materials, reducing
waste, and minimizing the environmental impact of manufacturing.
At TE Connectivity, we recognize the significance of integrating sustainable components into heat pump systems. By embracing our
space-saving and reliable component solutions, you can unlock a realm of unparalleled comfort, sustainability, and performance.
Our commitment to sustainability is evident in our designs, where we prioritize the use of recycled or renewable alternatives
with lower carbon footprints over virgin materials. Furthermore, we continuously strive for efficiency improvements during
manufacturing processes and develop connectors that use flame retardant materials, ergonomic design and insulation protection.
With TE Connectivity, you can trust that your heat pump system not only delivers exceptional performance but also contributes
to a greener, more sustainable future.
One example of our sustainable solutions is our cluster block
products, specifically designed for compressor applications
such as air conditioners, heat pumps, and refrigerators. These
cluster blocks feature a low-cost, fully insulated electrical
quick-connect system that mates with hermetic compressor
header pins. They are engineered for high-impact resistance,
providing durability against shock and abuse, and can provide
long-lasting performance even in the presence of oils and
refrigerants. By enhancing the reliability of compressors and
reducing energy consumption, our products contribute to
minimizing carbon footprint while promoting sustainability in
heat pump systems.
Research is ongoing to develop new, more reliable, and efficient components for heat pumps. The innovations include developing
quieter and more efficient compressors that operate at higher temperatures and broader power ranges. Another innovation is
utilizing lighter, stronger, and more corrosion-resistant materials for different components. Magnetic-bearing compressors eliminate
the need for oil lubrication, reducing maintenance and refrigerant leaks. Variable-speed inverter technology allows for precise
compressor speed control, optimizing efficiency and reducing energy consumption.
IEA reported that North America
currently holds the highest number
of heat pumps installed for heating
buildings. In 2022, heat pumps
surpassed gas furnace sales in the
United States, following a period of
nearly equal growth.
Europe announced the installation of
60 million more heat pumps by 2030,
in line with the EU targets, which
would reduce the EU's gas demand in
buildings by 40% by 2030 compared
to 2022 and reduce its energy import
bill by EUR 60 billion.
The Global HVAC market is shifting
towards environmentally friendly
refrigerants with a low rate of global
warming potential (GWP) and
energy-efficient technologies.
Source: Markets & Markets Mordor Intelligence
HERMETIC CLUSTER BLOCKS
