Heraeus Precious Metals, one of the world's leading suppliers in the precious metals industry and part of the global Heraeus Group, is cooperating with Next Energy on the installation of photovoltaic plants. In the Rhine-Main area, where the headquarters of both companies are located, Heraeus' commitment in the form of a long-term power purchase agreement will result in the construction of several large ground-mounted photovoltaic plants. These will be planned and constructed by Next Energy. Full commissioning is planned in the course of 2024.
In total, the plants will have a maximum total output of 40 MWp and will provide the Heraeus Group with an expected electricity production of around 40 gigawatt hours (GWh) per year. This will make a significant contribution to meeting the company's electricity needs in Germany. The investment amounts to around 35 million euros.
Heraeus Precious Metals has set itself ambitious goals with regard to sustainability: By 2025, the precious metals business unit of the Heraeus Group strives to become CO2-neutral and from 2033 to completely dispense with the use of fossil fuels. The purchase of electricity from renewable sources plays an essential role in this. Since 2019, the share of green electricity has been continuously increased and is now already over 60 percent worldwide. The power purchase agreement strengthens the company's independence from natural gas at its German site and makes it less vulnerable to price fluctuations.
"We are searching for solutions that are economically reasonable and meet our sustainability ambitions. When selecting our partners, we pay particular attention to regional proximity. In Next Energy, we have found a partner that precisely fits this strategy," emphasizes Svea Scherleithner, Global Head of Sustainability at Heraeus Precious Metals. With a term of 20 years, the two companies have succeeded in entering into a pioneering cooperation. This shows how serious they are about developing new ways to sustainably achieve climate goals and implementing them consistently.