Kieback&Peter introduces en:solutions: Innovative and sustainable building automation solutions

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Kieback&Peter, a leading provider of building automation solutions since 1927, proudly presents their innovative solution family “en:solutions”. These digital technologies, consisting of en:air, en:hybrid, en:predict, and en:key, form the centerpiece of a holistic approach to smart and sustainable building automation.

en:solutions: A Key to Sustainable, Safe, and Efficient Smart Buildings

The en:solutions not only provide flexible and efficient smart building digitization but also make a significant contribution to climate and health protection. These solutions not only increase operational safety in buildings but also reduce CO2 emissions. They are the key to sustainable, secure, and economically efficient operation of smart buildings and an integral part of Kieback&Peter’s CO2 reduction roadmap.

en:air: Demand-driven ventilation for optimal indoor climate and energy efficiency

  • en:air is a demand-controlled ventilation system that ensures a comfortable indoor climate and maximum energy efficiency
  • en:hybrid is a system control for hybrid heating systems that efficiently orchestrates different heat or cold generators
  • en:predict is an intelligent control system for HVAC systems that uses machine learning to optimize energy consumption, costs, and CO2 emissions while ensuring customer comfort
  • The en:key is an intelligent individual room control system that enables optimal energy efficiency and maximum comfort in every room

en:solutions: Delivering Concrete Benefits for Energy and CO2 Balance

The en:solutions by Kieback&Peter are designed to deliver tangible benefits to the energy and CO2 balance of buildings. They assist users in addressing the challenges of climate protection, decarbonization, urbanization, digitization, and sustainability. Impressive savings have already been achieved with en:predict. For example, a department store in Nuremberg saved 31% in energy consumption, while an office building in Frankfurt achieved a remarkable 37% reduction in energy usage.

Flexible and Proven Solutions for Building Automation Integration

The solutions provided by Kieback&Peter are not only proven, but also highly adaptable to existing or new building automation systems. This flexibility allows for a gradual and targeted improvement in efficiency, comfort, and security within buildings, resulting in a quick return on investment. Gregor Molwitz, Manager of Market Energy Efficiency Solutions at Kieback&Peter, highlights the importance of their solutions being easily integrated into different automation systems, enabling a seamless transition towards a more sustainable and efficient building environment.

en:solutions by Kieback&Peter: Maximizing Energy Efficiency in Building Automation

The en:solutions by Kieback&Peter prioritize energy efficiency with their emphasis on the connecting element “en:”. Each component within this solution family has been perfectly optimized for specific areas of application, ensuring concrete solutions for diverse requirements.

Kieback&Peter achieves a milestone in creating a better world

With en:solutions, Kieback&Peter is taking a significant step towards realizing the vision of a better world. As an international family-owned company, they are at the forefront of sustainable and valuable future by combining smart building technology, data-based services, and sustainable excellence. The en:solutions not only secure and enhance the value of buildings and business models, but also bring multiple benefits in terms of climate protection, quality of life, and societal participation.

The en:solutions by Kieback&Peter provide a flexible and efficient smart building digitalization that not only enhances operational safety but also contributes to climate and health protection. With tangible savings in energy and CO2 emissions in buildings, as well as the ability to integrate into existing building automation systems, the en:solutions offer a forward-thinking solution to the challenges in the field of building automation and sustainability.

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