ICERINKS
Empty ice surface inside a modern ice sports facility with an exposed steel roof structure at dusk

ICERINKS — competence brand of JAHN DEVELOPMENT & CONSULTING GmbH

We engineerthe next generationof ice sports facilities.

Architecture. Ice technology. Energy engineering. Sector coupling. Integrated engineering.

One partner. One system. From the physics of ice to the coordinated operation of cooling, heat, power, storage and building.

  • Architecture
  • Ice technology
  • Energy engineering
  • Sector coupling
  • Integrated engineering

Vienna / Bratislava

01 / General planning

General planningfor ice sports facilities.

One project. One integrated planning responsibility.

ICERINKS provides general planning for ice sports facilities and coordinates all relevant disciplines within one integrated project structure. Architecture, structural design, ice technology, building services, energy systems, controls, infrastructure and operational requirements are developed as one coordinated system.

Architecture. Ice technology. Building services. Energy. Controls. One integrated planning responsibility.

Competence hierarchy

  1. 01

    General planning

    Overall planning, interface management and coordination of all specialist disciplines.

  2. 02

    Ice & energy engineering

    Ice technology, refrigeration, heat recovery, storage, photovoltaics and sector coupling.

  3. 03

    Integrated control & system optimisation

    Continuous coordination of all systems for stable and energy-efficient operation.

We steer the interfaces, bring the specialist disciplines together and secure one coordinated overall system.

The objective is a technically coherent, buildable and operationally efficient ice sports facility — from the first concept through planning, implementation and commissioning.

General planning brings all specialist disciplines together. Ice, energy and control competence is the technical depth ICERINKS adds to it.

04 / Services

From site analysis to building permit — all from one source.

Analysis & concept

  • Site analyses
  • Demand and potential analyses
  • Feasibility studies
  • Usage concepts
  • Variant and system comparisons

Economics & energy

  • Energy and sustainability concepts
  • Investment and operating cost assessments
  • Funding and financing concepts
  • Project development

Planning & implementation

  • Architecture and technical planning
  • Permit planning
  • General planning
  • Tendering and procurement support
  • Detailed design
  • Coordination of all specialist planners and technical systems
  • Support during implementation and commissioning

Competence fields

01

Architecture

The ice sports facility as a building: spatial quality, facade, materiality, light and spectator experience.

Architectural rendering of an ICERINKS ice sports facility viewed from above
  • Facility and spatial concept
  • Facade, envelope, materiality
  • Daylight & lighting design
  • Spectator experience & circulation
  • Design integration of technology
  • High-performance architecture
02

Ice technology

Refrigeration, ice slab build-up and ice quality engineered from the physics upwards.

Interior view of an ice sports hall with rink, boards and spectator seating
  • Refrigeration plant design
  • Ice slab systems
  • Natural / future-proof refrigerants
  • Dehumidification
  • Water treatment
  • Snow pit & resurfacing systems
03

Energy engineering

Energy engineering as a dedicated discipline — generation, recovery, storage and grid interface.

Technical refrigeration and energy equipment used for ice production
  • Heat recovery & heat use
  • Heat pumps, low-temperature heating
  • Photovoltaics & battery storage
  • Load management & peak shaving
  • Energy monitoring & data analysis
  • AI-supported operational optimisation (research and development field)
04

Sector coupling

Cooling, heat, power, storage, building and grid are planned as one connected system.

ICEHEATPOWERSTORAGEPVGRIDICE SPORTS FACILITY
  • Cooling and heat networks combined
  • Thermal & electrical storage
  • Grid integration / Grid2Ice
  • Flexible operating strategies
  • External heat consumers
  • Building automation interface
05

Integrated engineering

All trades planned in one model, one schedule and one responsibility.

  • Building services integration
  • Structural & envelope interfaces
  • Specification & procurement
  • Commissioning
  • Operational optimisation
  • Lifecycle engineering: CAPEX & OPEX

03 / Modular system

A modular systemfor ice sports facilities.

Every ice sports facility places different demands on location, use, capacity and energy supply. Our modular system combines proven technical components into an individually matched overall solution.

Building, ice surface, refrigeration and heat technology, energy supply, storage, photovoltaics and controls are combined and coordinated on a project-specific basis. The result: scalable ice sports facilities that adapt functionally, technically and economically to the specific requirement.

From the training hall to the multifunctional ice sports hall.

System modules

  1. 01

    Building & architecture

    Envelope, structure, functional layout and building physics of the hall.

  2. 02

    Ice surface & ice technology

    Slab construction, ice quality, distribution and surface performance.

  3. 03

    Refrigeration & heat

    Refrigeration plant, heat recovery and heat distribution as one loop.

  4. 04

    Energy supply & storage

    Electrical supply, thermal and electrical storage, load management.

  5. 05

    Photovoltaics & efficiency technology

    On-site generation and efficiency technology integrated into the energy concept.

  6. 06

    Control & operation

    Coordinated control of all systems for a stable, efficient operating state.

The modular structure enables

  • Adaptation to different locations and usage profiles
  • Flexible extension and later retrofitting
  • Optimised investment and operating cost
  • Efficient sector coupling
  • Coordinated control of all technical systems
  • High energy and resource efficiency

What matters is not the individual technology, but the optimal interaction of all components.

05 / ICERINKS Clean · Integrated Control · Sector coupling

Not an isolated consumer.An intelligent energy hub.

An ice sports facility should not be designed as an isolated energy consumer. We integrate refrigeration, heat recovery, heat pumps, photovoltaics, storage and grid interaction into one coordinated energy system.

Every ice sports facility requires a project-specific energy and engineering concept. We therefore present the principles — not standardised solutions.

Parallel, coupled energy flows — not a linear chain

ICE SPORTS FACILITYTHERMAL CIRCUITELECTRICAL CIRCUITRefrigeration plantHeat recoveryHeat storageBuilding & hot waterExternal heat offtakePhotovoltaicsGridBattery storageRefrigeration & heat pumpBuilding servicesINTEGRATED CONTROL

01

Cooling
The refrigeration plant supplies the ice surface and produces usable waste heat at the same time.

02

Heat
Heat recovery supplies heat storage, the building, hot water and possible external offtakers.

03

Power
Photovoltaics, grid and battery storage supply the refrigeration plant, heat pump and building services.

04

Control
Integrated Control coordinates all systems based on ice quality, use, climate, energy availability and plant condition.

Integrated Control

Optimal operating conditions. Minimum energy input.

The objective: maintain the optimal operating condition at all times with the lowest possible energy input.

Sector coupling

to intelligent energy hub.

Energy hub is a design objective, not an automatic property: how far a facility feeds heat or flexibility back into its surroundings is defined project by project and verified technically.

Five technical layers

Waste heat is a design input, not a by-product.

Monitoring from day one — operation is verified, not assumed.

Positioning

Architecture + Ice technology + Energy engineering + Sector coupling + Integrated engineering

One partner. One system. An architecturally high-quality ice sports facility as an intelligent energy hub.

High-performance architecture meets intelligent energy engineering.

06 / Reference projects

Selected projects.Clear roles. Verifiable experience.

Location, task, role and selected parameters — that is what makes engineering competence verifiable. Confidential project data remains confidential.

Case studies

Leithana Ice Arena

Bruck an der Leitha, Lower Austria, Austria

Realised project — developed and planned by our team

Status: realised and in operation

Leithana Ice Arena — Bruck an der Leitha, Lower Austria, Austria. Developed and planned by our team. Realised and in operation — our most important realised reference.

Status
Realised, in operation
Role
Developed and planned by our team
Scope
Ice technology, refrigeration, energy
Focus
Heat recovery and efficiency
Region
Lower Austria, Austria
Detail
On request

ICERINKS scope

Development, planning, ice and refrigeration technology, energy engineering.

Plant technology, heat recovery and operation were coordinated as one system and verified in operation.

Herford

Herford, Germany

Next Generation Ice Sports Facility / concept and engineering

Status: concept and engineering — not yet realised

Two ice surfaces, architecture, sports medicine, energy integration and lifecycle thinking in one concept — our lighthouse concept for the next generation of ice sports facilities.

Ice surfaces
Two
Programme
Competition rink, training rink, sports medicine
Energy
Cooling, heat recovery, PV coupled
Perspective
Lifecycle: CAPEX & OPEX
Phase
Concept & engineering
Region
North Rhine-Westphalia

ICERINKS scope

Energy and overall concept, ice technology, integrated engineering.

Building, ice and energy system were developed as one design task — not as separate trades.

Duisburg

Duisburg, Germany

Interim ice sports facility

Status: in realisation / construction

Duisburg, Germany — interim ice sports facility. Scope: concept design and planning application documentation for the building permit. Status: in realisation / construction.

Project
Interim ice sports facility
Scope
Concept design, planning application documentation
Approval
Planning for the building permit
Status
In realisation / construction
Region
North Rhine-Westphalia
Detail
On request

ICERINKS scope

Concept design and planning application documentation for the building permit.

Concept design and planning application documentation were prepared with buildability and schedule certainty in mind.

Frankfurt

Frankfurt, Germany

Campus project

Status: project reference

Campus project in Frankfurt with a focus on ice and energy engineering. Further project information is confidential and available on request.

Project
Campus project
Scope
Ice and energy engineering
Location
Frankfurt, Germany
Detail
On request

ICERINKS scope

Ice and energy engineering.

Further project information is confidential and available on request.

Kassel

Kassel, Germany

Ice sports facility project

Status: ongoing

Ongoing ice sports facility project in Kassel with engineering support. Further project information is confidential and available on request.

Project
Ice sports facility project
Scope
Engineering support
Status
Ongoing
Location
Kassel, Germany

ICERINKS scope

Engineering support.

Further project information is confidential and available on request.

Only public or released information is shown. Confidential technical detail is not published. Detailed information is confidential and available on request.

Further project data and key figures are released project by project.

Planning insights

Planning that makescomplexity visible.

Selected examples offer an insight into the breadth of our planning work — from site development and floor plans to sections, elevations, technical details and architectural studies. They demonstrate how spatial, technical and operational requirements are brought together in one coordinated overall plan.

The illustrations are selected excerpts. Project-specific details and technical information remain confidential and are available on request.

Watermarked ICERINKS planning example 1Watermarked ICERINKS planning example 2Watermarked ICERINKS planning example 3Watermarked ICERINKS planning example 4Watermarked ICERINKS planning example 5Watermarked ICERINKS planning example 6Watermarked ICERINKS planning example 7Watermarked ICERINKS planning example 8Watermarked ICERINKS planning example 9Watermarked ICERINKS planning example 10Watermarked ICERINKS planning example 11Watermarked ICERINKS planning example 12
Selected planning examples01 / 12

07 / Technology & delivery partners · ICERINKS LAB

One system. Specialised partners.Integrated responsibility.

ICERINKS integrates the systems and coordinates the overall planning. Specialised partners contribute proven technology within a clearly defined competence structure.

Technology partner

  • H&H Technology CZ

    Technology partner — ice and refrigeration technology.

  • AS Project s.r.o.

    Project partner.

Competence groups

  • Ice & refrigeration
  • Energy & storage
  • Controls & digital
  • Structures & building systems
  • Research & development

Partner names and logos are published only once released. Integration and overall planning responsibility remain with ICERINKS.

ICERINKS LAB

A cooperation programme for universities, technical colleges and industry partners.

ICERINKS LAB is our research and development platform — an open working structure for pilot projects, demonstrators and applied development around ice technology and energy systems.

  • Energy efficiency
  • Materials & ice build-up
  • Operating data & monitoring
  • Predictive control

08 / Financing

Financing withmunicipal guarantee.

Grid2Ice — One Partner. One Responsibility. From Vision to Operation.

Grid2Ice can accompany municipalities as a single point of contact — from the initial project idea through to the ongoing operation of the facility. The concrete scope is defined individually per project.

Where a municipality or city provides a guarantee, letter of support or comparable security, financing for the overall project can be structured and organised together with financing partners. Depending on the project this can reduce initial public investment and speed up implementation. This is a possible structuring model, not a financing commitment.

Non-binding information. Roles, contracting parties, financing partners, approvals and legal prerequisites are assessed individually for each project. No financing commitment, no banking or investment advice.

09 / Jahn Group

ICERINKS is the ice and energycompetence of the Jahn Group.

Jahn Group — Architects & Engineers, Development & Consulting

ICERINKS — the specialised ice, energy and facility engineering competence of the Jahn Group.

The Jahn Group stands for development, general planning, engineering, project management and international project experience. Within the group, ICERINKS is the specialised competence brand for ice sports facilities, ice technology and energy engineering.

  • Development & feasibility
  • General planning
  • Engineering
  • Project management
  • International projects

Competence brand of the Jahn Group

10 / Contact

Let's engineerthe next generationof ice sports facilities.

Your contact

DI Michael Jahn

Managing Director — Engineering & Development

ICERINKS — competence brand of JAHN DEVELOPMENT & CONSULTING GmbH

Vienna — Bratislava

For planning-intensive projects a direct contact is more useful than a form. Write or call — you will speak to an engineer.

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