09.06.23
In mid-July, the HOFFMANN Group commissioned the first half of its new photovoltaic system, with the second part supplying power from September onwards.
In Neuburg, 2,302 photovoltaic modules have been installed on the roofs of the plant premises at Münchener Straße 75. Four individual systems are connected each other, forming a large installation capable of meeting up to two-thirds of the energy demand on-site. It is a sizeable investment for the traditional company that is planning for the future on a long-term basis in this respect and what’s more, sees the bigger picture.
The agenda of energy-related and environmental measures taken by HOFFMANN MINERAL is extensive and includes both short- and long-term arrangements. Numerous items have already been implemented, not least a cogeneration plant in Neuburg.
A photovoltaic system will also be installed soon at the corporate group’s SONAX site in Oberhausen. With the considerably more comprehensive photovoltaic project in Neuburg, HOFFMANN MINERAL has now made by far the largest investment in its energy transition.
The photovoltaic project in Neuburg involved meticulous planning. After careful consideration of various renewable energy sources, such as hydro power or wind energy, this solution, which is effective in the short term, was deemed suitable for this project.
It is envisaged that electricity is generated from solar energy over many decades. In contrast, the company can expect a return on the investment at Münchener Straße after seven years. This period, which is short for an investment of this magnitude, is due to the high consumption rate at HOFFMANN MINERAL. Thanks to the energy-intensive systems at the Neuburg site, the company can use around 95 % of the generated photovoltaic electricity for its own needs.
A total of 2,302 modules with 425 Wp (watt-peak) each were installed parallel to the roof without additional mounting. The flat structure is attached with approx. 4.6 kilometres of mounting rails and extends over an overall surface area of 4,495 m². The four subsystems with 978.35 kWp generate a maximum inverter output of 891 kW. The solar energy generated is expected to save 15,890 tons of CO2 as early as within the initial 25 years.
In Neuburg, 2,302 photovoltaic modules have been installed on the roofs of the plant premises at Münchener Straße 75. Four individual systems are connected each other, forming a large installation capable of meeting up to two-thirds of the energy demand on-site. It is a sizeable investment for the traditional company that is planning for the future on a long-term basis in this respect and what’s more, sees the bigger picture.
The agenda of energy-related and environmental measures taken by HOFFMANN MINERAL is extensive and includes both short- and long-term arrangements. Numerous items have already been implemented, not least a cogeneration plant in Neuburg.
A photovoltaic system will also be installed soon at the corporate group’s SONAX site in Oberhausen. With the considerably more comprehensive photovoltaic project in Neuburg, HOFFMANN MINERAL has now made by far the largest investment in its energy transition.
The photovoltaic project in Neuburg involved meticulous planning. After careful consideration of various renewable energy sources, such as hydro power or wind energy, this solution, which is effective in the short term, was deemed suitable for this project.
It is envisaged that electricity is generated from solar energy over many decades. In contrast, the company can expect a return on the investment at Münchener Straße after seven years. This period, which is short for an investment of this magnitude, is due to the high consumption rate at HOFFMANN MINERAL. Thanks to the energy-intensive systems at the Neuburg site, the company can use around 95 % of the generated photovoltaic electricity for its own needs.
A total of 2,302 modules with 425 Wp (watt-peak) each were installed parallel to the roof without additional mounting. The flat structure is attached with approx. 4.6 kilometres of mounting rails and extends over an overall surface area of 4,495 m². The four subsystems with 978.35 kWp generate a maximum inverter output of 891 kW. The solar energy generated is expected to save 15,890 tons of CO2 as early as within the initial 25 years.
