Systems that make the most
of the heat you have

Thermal Energy Storage (TES) and Pit Thermal Energy Storage (PTES) are sized based on the specific role they must fulfil in the energy system.

aalborg hc systems defines storage capacity by analysing:

• heat demand profiles (daily and seasonal)
• available heat sources (waste heat, geothermal, heat pumps)
• network temperature levels
• operational strategy (peak shaving, load shifting, seasonal storage)

The result is not a generic volume, but a system-optimised storage design that balances:

• investment cost
• utilisation rate
• integration with heat generation assets

Sizing is always part of a full system design – not a standalone calculation.

Yes. Integration into existing infrastructure is a core part of most projects.

aalborg hc systems designs solutions that connect seamlessly to:

• district heating networks
• existing boilers and CHP units
• large-scale heat pumps
• industrial heat sources

The focus is on:

• hydraulic compatibility
• temperature alignment (especially for low-temperature operation)
• minimal disruption to ongoing operations

Existing assets are not replaced by default. They are repositioned within a more efficient system architecture, often extending their operational value.

The PTES lid is a critical component for performance, not an accessory.

Its main functions are:

• reducing thermal losses significantly
• protecting the storage from weather impact
• maintaining stable operating conditions over time

A properly designed lid improves:

• overall storage efficiency
• long-term durability of the system
• predictability of performance

For large-scale seasonal storage, the lid directly impacts the economic viability of the solution.

Yes. Solutions from aalborg hc systems are developed with tendering and execution in mind from the start.

This includes:

• system design at a level suitable for procurement
• defined technical interfaces
• clear performance parameters
• EPC-ready documentation

The goal is to move from concept to tender without redesign.

Projects are structured to support:

• public procurement processes
• utility-scale investment decisions
• EPC execution

The PTES cover from aalborg hc systems is designed as an engineered system component, not a standard membrane solution. aalborg hc systems focuses on reducing heat loss, improving durability, and ensuring stable operating conditions. This results in reliable long-term performance for large-scale PTES applications.

Yes. aalborg hc systems adapts each PTES lid to the specific storage design and site conditions. Geometry, size, and integration points are evaluated to ensure full compatibility. The solution is always aligned with the overall system designed by aalborg hc systems.

Yes. aalborg hc systems can deliver the PTES lid as a standalone scope. It can be integrated into both new and existing PTES systems. aalborg hc systems can also support interface design and installation if required.

Yes. The PTES lid solution from aalborg hc systems is developed for direct use in tender processes. Specifications, interfaces, and performance parameters are clearly defined. This allows seamless integration into EPC projects led by aalborg hc systems or third parties.