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Contact Info

info@heatupsolution.com

Our Projects

Real-world examples of our precision drafting bringing efficiency to building projects across multiple sectors.

High-End Residential Residential

High-End Residential

A detailed retrofit design for a historic home, carefully avoiding existing structural elements while ensuring even heat distribution.

Area Size

4,200 Sq Ft

System Type

Retrofit System

Challenge Solved

Adapting to varying floor depths and integrating with existing radiator circuits using precision manifold placement.

Co-Working Complex Commercial

Co-Working Complex

A fast-turnaround conversion from architect markups into full production drawings for an expansive commercial environment.

Area Size

12,000 Sq Ft

System Type

Commercial Hydronic

Challenge Solved

Organizing complex centralized manifolds efficiently across large open zones so interference with partition structures was completely eliminated.

Luxury Villa Layout Residential

Luxury Villa Layout

Complete hydronic underfloor heating system design mapping multiple highly customized zones with variable floor finishes.

Area Size

3,400 Sq Ft

System Type

Hydronic / Heat Pump

Challenge Solved

Compensating for high heat loss through full-height feature windows by intensifying pipe density near the perimeter, avoiding cold downdrafts.

Modern Retail Space Commercial

Modern Retail Space

Complex multi-zone routing designed for a high-traffic retail store, incorporating specific cooling and heating requirements.

Area Size

8,500 Sq Ft

System Type

Multi-Zone Routing

Challenge Solved

Balancing the system across expansive shop floors while accounting for high-density shelving and display units.

Warehouse Facility Industrial

Warehouse Facility

Large-scale industrial underfloor heating layout optimized for heavy machinery loads and massive open areas.

Area Size

18,000 Sq Ft

System Type

Industrial Heating

Challenge Solved

Designing continuous, ultra-long pipe runs to minimize joints under a polished concrete slab while maintaining consistent flow rates.