Solar Thermal Collector Heat Regulation#

A bio-inspired engineering brief about regulating overheating in solar thermal collectors.

See Text Problem Catalog for the text family index.

Quick Facts#

Field	Value
Problem ID	`ideation_solar_thermal_collector_heat_regulation`
Problem Family	text
Implementation	`TextProblem`
Capabilities	`citation-backed`, `prompt-packet`, `statement-markdown`
Study Suitability	`human-subjects-ready`, `ideation-friendly`
Tags	`text`, `human-subjects`, `design`, `solar`, `bio-inspired`, `heat-regulation`

Taxonomy#

Formulation: textual_prompt
Is Dynamic: no
Orientation: engineering_practical
Objective Mode: qualitative
Constraint Nature: embedded-constraints
Tags: text, human-subjects, design, solar, bio-inspired, heat-regulation
Deliverable Type: concepts
Timebox Hint (Minutes): 30
Participants: individual
Evaluation Mode: idea_generation

Statement#

Fix the overheating problem in solar thermal collectors.

Develop a bio-inspired heat regulation system that can fit onto an existing absorber to constantly maintain suitable temperature, and a bio-inspired feedback control system that regulates the temperature of glycol by operating the heat regulation system.

Prompt Profile#

Field	Value
Deliverable Type	concepts
Timebox Hint (Minutes)	30
Participants	individual
Evaluation Mode	idea_generation

Sources#

Key	Summary
`goel_zhang_wiltgen_zhang_vattam_yen_2014`	Goel, Zhang, Wiltgen, Zhang, Vattam, and Yen (2014). The Design Study Library: Compiling, Analyzing and Using Biologically Inspired Design Case Studies. Design Computing and Cognition DCC’14.

Raw Citation Records#

Goel, Ashok, Gongbo Zhang, Bryan Wiltgen, Yuqi Zhang, Swaroop Vattam, and Jeannette Yen (2014). The Design Study Library: Compiling, Analyzing and Using Biologically Inspired Design Case Studies. Design Computing and Cognition DCC'14.