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Panasonic opens Europe’s first Panasonic HX renewable energy demonstration facility in Cardiff

Panasonic opens Europe’s first Panasonic HX renewable energy demonstration facility in Cardiff

Panasonic Manufacturing UK (PMUK) today announces the official opening of Europe’s first Panasonic HX demonstration facility to be powered by renewable sources, based in Cardiff, UK.

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Panasonic Manufacturing UK (PMUK) today announces the official opening of Europe’s first Panasonic HX demonstration facility to be powered by renewable sources, based in Cardiff, UK.

As part of Panasonic’s efforts to enable greener manufacturing, the 50-year-old manufacturing plant in Cardiff has been fitted with a combination of hydrogen fuel cells powered by green hydrogen, solar PV and battery storage, all steered by Panasonic’s proprietary Energy Management System (EMS). Microwave oven production represents the main electricity and overall energy need at the site; the Panasonic HX installation will power this microwave oven assembly using renewable energy.

Panasonic is unique in its efforts to generate electricity for its factories with 100% renewable energy by using green hydrogen combined with solar energy to generate electricity in-house and control the coordination of three energy sources, including the batteries which store the PV energy when the factory isn’t in operation, such as on weekends. The company is committed to the long-term development of hydrogen and sustainable energy solutions as part of its Panasonic HX business strategy.

Masahiro Shinada, President & CEO, Panasonic Corporation, emphasised: “This facility will use green hydrogen produced in the UK. We believe that this is the place where we can take a big step towards the future by combining British and Japanese Technology. It is our sincere hope that this facility can be used as a showcase to foster diverse partnerships, accelerate innovation through the combination of technologies, and contribute to the development of the UK’s hydrogen-related industry.
Now, with the launch of Panasonic HX here at PMUK, we look forward to the next chapter. In ten years, or even 20 years, I hope this facility will be seen as a birthplace of innovation – where we helped build a hydrogen society and laid the foundation for a decarbonised future.”

Panasonic is working towards reducing CO2 emissions from its own operations to virtually Net Zero by 2030 – contributing to a total of 110 million tons of own emission impact through reduction and avoidance of CO2 emissions. Its long-term environmental vision, Panasonic GREEN IMPACT, defines ambitious commitments to address climate change and contribute to a more sustainable future.

As part of this mission, Panasonic is investing approximately 130 million Euros (c. 108 million GBP) to develop the core Panasonic HX technology in Japan and launch this pilot in Cardiff, plus another location in Europe in 2025. The long-term goal of this investment is to demonstrate that 100% of the electricity consumed for the microwave oven production at this site can be powered entirely by renewable sources.

Panasonic’s HX solution at its Cardiff factory is expected to deliver wide-ranging operational and sustainability benefits. By being able to produce its energy onsite, the factory will benefit from more reliable electricity provision. This decentralised approach to energy demand management increases the company’s energy resilience in a volatile market. By integrating an energy management system and storage batteries, the factory will be able to scale its energy needs when ramping up productions, for example.

The heat generated by the Panasonic hydrogen fuel cells as a by-product of the electricity production will be used to heat spaces and domestic hot water, further improving overall energy efficiency. By replacing the facility’s gas boiler with this renewable energy source – a combination of a heat exchanger and Panasonic’s heat pump technology – fossil fuels will cease to be used, representing a significant and positive environmental impact.

The 21 5KW fuel cells have 95% energy efficiency when converting green hydrogen into electricity and heat energy. At the same time, the factory has been able to introduce a number of electricity saving measures such as motion detected lighting, push taps, small cisterns etc.

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