modular thermal energy storage design - energy...

Modular thermal energy storage design

Peter Childs – Imperial College London

9th July 2016

Peter Childs

• Head of School, Dyson School of Design Engineering

• Joint course director: Industrial Design Engineering

double masters; Global Innovation Design double

masters. (Royal College of Art and Imperial)

• 5 companies (Iceni labs - Creative Director, q-bot –

director and CSO, Strategy Foresight, Narrative Shop,

Thenergy)

• International Advisory Committee for Collaborative

Innovation Center for Advanced Aero Engine, China

• Institute for Gas Turbine, China, International Advisor

p.childs@imperial.ac.uk

An agenda

• Storage – lessons from other domains?

• Design principles

• Decision rationale

• Serial innovation

• Clever gadgetry?

Storage

Is there anything to learn from storage approaches in other domains?

Daniel Plant – IDE 1999

Design Principles

• Technical function

• Economic function

• Psychological function

• Social function

• Latent function

• Emergent function• Stakeholder engagement

• Customisation

• Resource management

• Optimisation

What of TRIZ?

• TRIZ represents a short-cut to experience.

Specific

Problem

General

Problem

General

Solutions

Solution to

Specific problem

Abstraction Analogy

Principle 1: Segmentation

• The Segmentation principle for encourages considering dividing an object into smaller independent parts,

• making an object sectional,

• making an object easy to assemble or disassemble,

• increasing the degree of an object’s divisibility or fragmentation.

Segmentation

Segmentation

Parameters and principles

• What do we want to improve?

• Duration of action by a stationary object (16)

• Temperature

• Use of energy by stationary object (20)

• What gets worse?

• Volume of stationary object (8)

• Loss of Energy

• Device complexity

Parameters 8 and 16 → Principles 35, 34, 38

35 Transforming the physical or chemical

state of an object

34 Discard and renewal

38 Strong oxidants

Decision Making

• Functional Modelling

• Design Rationale

• Problem Structuring Methods (PSM)

Jonathan Sawdon Smith – IDE 2000 (Wattson)

Mathew Holloway, Will Penfold, Karina Torlei, Daniel Becerra – IDE 2008 (Artica)

Plumis - Red Dot – Best of the Best 2016

28th May 2015Q-Bot wins international award from the IEEE / IFR, The Best Start-up at the Invention and Entrepreneurship in

Robotics Awards

Q-Bot Ltd

Featherfill

Clever gadgetry?

• Passive active

• Active TES

• Segmentation and modularisation

• Incorporation of TES in building elements

• Retrofitting

• High temperature TES; Conventional TES; Cold TES

• Use of high tech to address the stability and life of PCMs

• Play the Grid