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LEVONOVA ENERGY

Industrial Heatpumps

An industrial heat pump provides commercial and industrial businesses with an efficient and sustainable solution for both heating and cooling. By leveraging large-scale heat pump systems, companies can not only reduce operating costs but also lower their CO₂ emissions while meeting ESG requirements.
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What benefits will large-scale heat pumps offer businesses in 2026?

Cost Savings

Industrial heat pumps enable companies to achieve significant savings on heating costs by utilizing renewable energy sources and maximizing heating efficiency. Thanks to their high energy efficiency, they not only reduce operating expenses but also lower overall energy costs in the long term.

Sustainability

By installing heat pump systems, you can reduce CO₂ emissions and promote environmentally friendly heating solutions. This strengthens your company’s image as a sustainability-driven business and can positively influence how customers and partners perceive your brand.

Low Maintenance Requirements

Our industrial heat pumps are built for durability and long-term reliability. They require minimal maintenance while consistently delivering dependable heating performance over many years. This reduces long-term operating costs and improves overall efficiency.

Key Takeaways at a Glance

The critical factors for economically successful heat pump projects
Free Initial Assessment

Cost & Efficiency

Investment costs for heat pumps in commercial buildings vary depending on capacity, building size, and technology. Typically, prices range between €800 and €1,500 per kW of heating capacity. Actual costs depend heavily on the selected type of heat pump (air, ground, or water) as well as the structural conditions of the building.

Heating with Environmental Energy

Heat pumps utilize available energy from air, ground, or water and convert it efficiently into heat. Up to 75% of the heating energy can be sourced from these free, natural resources—only a small amount of electricity is required. This enables companies to sustainably reduce heating costs and decrease their dependence on fossil fuels.

Payback Period

In commercial applications, a heat pump can pay for itself within five to ten years—depending on energy prices, building standards, and available subsidies. The technology is designed for long-term use, with modern systems typically achieving a service life of 20 to 25 years.

Subsidies & Incentives

Attractive funding opportunities are available for the installation of industrial heat pumps, including programs such as the Federal Funding for Efficient Buildings (BEG) and low-interest KfW loans. Regional funding programs can also significantly reduce the initial investment.

Strategic. Reliable. Results-driven.

That’s why decision-makers choose to work with us.
Time is money. Delays are costly. We build while others are still presenting.
You work with executors, not promise-makers. Experience, technical expertise, and accountability—that’s what we stand for.
We plan with engineering precision – not with gut feeling. When you work with us, you can sleep easy.
We build what works—not what looks good. Everything we install is designed to perform—technically, economically, and legally.
One point of contact. You talk to us—we handle the rest. No matter how complex it gets.
Our partners are top-tier players in the industry – with standardized processes, proven expertise, and real execution experience. Whether energy trading, roof refurbishment, or ESG consulting: we bring in the right specialists at the right time for your project.
Compliance ensured, image strengthened, funding secured. If you wait until 2025, you’ll have a problem by 2028.
No coordination hassle. We take care of everything—from the initial concept to commissioning—so you can focus on what matters most.
Technically sound. Economically viable.

The reliable path to industrial heat pumps—feasibility assessment, evaluation & permitting.

Every heat pump project stands or falls with the preparation.

That’s where we come in: from day one, we analyze all technical, economic, and regulatory conditions. Instead of vague assumptions, you get solid data, clear recommendations, and concepts that hold up in real-world implementation and approval processes.

The result: planning certainty, maximum eligibility for funding, and a smooth execution—while avoiding costly rework, delays, or project setbacks. This is how we build trust with investors and decision-makers and lay the foundation for economically successful projects.

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Wärmepumpenanlage neben einer Holzwand im Außenbereich eines modernen Gebäudes.
Here’s how it works

Your industrial heat pump in 4 steps

Free initial assessment

1

Planning &
Consulting

We assess your requirements, analyze the site, and develop a tailored concept. We also apply for available funding and support you with financing.

2

Feasibility Study &
Permitting

A heating specialist evaluates the local conditions to determine the optimal solution. We then ensure your project is ready for implementation and that all necessary permits are obtained quickly.

3

Installation &
Commissioning

Once approved, we prepare your project, install the heat pump professionally, and bring it into operation as quickly as possible.

4

Service &
Maintenance

We provide regular maintenance, optimize system performance, and ensure efficient, long-term operation.
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Get the most out of your commercial heat pump system:

Commercial Photovoltaic Systems

Combining a heat pump with a photovoltaic system gives businesses a decisive advantage: self-generated solar power can be used directly for heat generation. This significantly reduces ongoing energy costs and increases independence from fluctuating electricity prices. Especially during the day, when both energy demand and PV output are at their peak, the systems complement each other perfectly. The result is an efficient, sustainable solution for both electricity and heating—economically sound, climate-friendly, and seamlessly integrated.
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Industrial Battery Storage

Modern heat pumps run on electricity—and deliver their full potential when powered by renewable energy. To make optimal use of generated energy and avoid peak loads, battery storage is a smart addition. It ensures that heat is available even when there is no sunlight and helps stabilize the building’s energy flow at the same time. This not only increases energy security but also gives businesses greater control over their energy costs. A well-designed combination of heat pump and storage system creates efficiency, independence, and long-term resilience.
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Modern LED Lighting

Lighting is one of the largest energy consumers in businesses—and therefore offers significant savings potential. With a professional LED retrofit by Levonova, you can drastically reduce energy consumption, improve lighting quality, and lower maintenance costs. Investments in efficiency often pay for themselves in a very short time.
Learn more

Frequently asked questions (FAQ)

Heat pumps can reduce your heating costs by up to 50% by utilizing renewable energy and increasing energy efficiency. These savings have a direct positive impact on your operating expenses.
Heat pumps require minimal maintenance and typically only need an annual inspection. Regular servicing ensures a long lifespan, reliable performance, and helps minimize downtime and operating costs.
Numerous government programs offer financial support for the installation of heat pumps. These incentives can significantly reduce upfront investment costs and improve the overall return on your heating solution.

Schedule your analysis consultation now

Want to make your energy supply more efficient, optimize your consumption, and future-proof your energy strategy?

Then let’s uncover your potential together.

Simply fill out the form and tell us about your needs—we’ll provide you with expert, personalized advice.

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