Energy Infrastructure
Holistic solutions for renewable generation, storage and intelligent distribution of energy for industry, commerce and municipalities.
We design future-proof energy infrastructure.
Rethinking energy
The restructuring of the energy supply is one of the central challenges of our time. Increasing energy prices, regulatory requirements and the desire for greater independence are driving investments in modern energy infrastructure.
Heinle supports companies and municipalities in planning and implementing sustainable energy systems. Technically reliable, economically viable and designed to meet growing requirements.
Holistic energy systems instead of individual components
Energy infrastructure means more than photovoltaics or storage alone. The interplay of generation, storage, distribution and intelligent control is decisive.
Heinle plans and implements integrated energy systems that create security of supply, stabilize costs and enable long-term flexibility. From initial analysis to ongoing operation.
Our services range from photovoltaic systems and energy parks to battery and storage systems to energy distribution, transformer stations, intelligent energy management, charging infrastructure for electric mobility as well as consulting, funding management and profitability analyses.
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Building blocks of modern energy infrastructure
Renewable energy generation
We plan and implement large-scale photovoltaic systems, façade solutions and energy parks for industry, commerce and municipalities. The basis for sustainable and independent energy supply.
Storage and load management
By using battery storage systems, we optimize self-consumption, reduce load peaks and increase supply security in the event of network outages.
Power distribution and grid connection
We implement safe medium and low voltage distribution systems, including grid connections, switchgears and transformers. A stable infrastructure for increasing electrical output.
Intelligent energy control
AI-based energy management systems optimally control generation, storage, consumption and grid connection. This lowers energy costs and increases operational efficiency.
Real-world projects
Energy-autonomous company location for Kreuzmayr
At the Eferding site, the entire hall area was equipped with a photovoltaic system and supplemented by a powerful storage system. The result is an almost energy-independent operation that remains functional even in blackout scenarios.
- 24 locations in Upper and Lower Austria
- Around 1,100 PV modules
- Approximately 450,000kWh annual electricity production
- Integrated battery storage
- Around 1,400 kWh storage capacity
Rohrbach municipal energy infrastructure
As part of the “Rohrbach Municipal Energy Infrastructure” project, numerous public buildings were equipped with photovoltaic systems and, in some cases, integrated storage systems. The goal is to achieve a sustainable, decentralized energy supply for municipal infrastructure—ranging from educational institutions and emergency response organizations to social services. By combining multiple locations, a networked energy system is created that increases self-consumption, reduces CO₂ emissions, and lowers energy costs in the long term.
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- Projects completed: more than 15 municipal buildings
- Total installed PV capacity: approx. 1.73 MWp
- Storage solutions: integrated in multiple locations (including Neoom systems with 10 kW / 20.3 kWh and large-scale storage systems up to 299 kWh)
- Total annual output: over 1.8 million kWh per year
A PV system alone is not an energy concept. Only when generation, storage and consumption work together intelligently does true independence arise.
Quality and standards as a basis
Heinle implements energy infrastructure projects in accordance with applicable DIN, ÖVE and EN standards. In addition, OIB guidelines, network operator requirements and technical connection rules are consistently taken into account.
Structured testing processes, documented commissioning and experienced quality teams ensure standard-compliant and reliable operation.