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MAADM Multi Actor Adaptive Decision Making Decision making under uncertainty in the energy sector Dr Katy Roelich Associate Professor Sustainability Research Institute School of Earth and Environment

Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

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Page 1: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

Decision making under uncertainty in the energysector

Dr Katy RoelichAssociate ProfessorSustainability Research InstituteSchool of Earth and Environment

Page 2: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

• Energy transitions are subject to a range of uncertainties• We are getting better at characterising and managing

that uncertainty• We are not good at accommodating uncertainty in

decision making• We need to focus on the processes that support decision

making, as well as the models• The tools that are currently available to support decision

making do not reflect the decision environment well• We need to get better at representing the bounded

rationality of decision makers and the complexenvironment in which they make decisions

My main argument

Page 3: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

• What do I mean by uncertainty?• Uncertainty in energy system modelling• Using models in decision making• Approaches to decision making under

uncertainty• The realities of decision making• How to reflect the realities of decision making

in decision support• Why is local an important scale to focus on?

Where are we going?

Page 4: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

What do I mean by uncertainty?

Risk Knowledge where both the factors of risk and the likelihoodof those factor occurring can easily be identified andquantified (Knight 1921)

Endemicuncertainty

Insufficiency of models, necessities to set boundaries thusexogenising and making invisible certain possibilities,inaccuracy of measurements, and other issues thatsystemically generate ignorance as a function of constructingknowledge (Butler et al 2015)

Irreducibleuncertainty

Arising from system complexity, where defining cause andeffect is impossible and outcomes emerge from thebehaviour and interaction of a range of intermediate actors(Wynne 1992)

Page 5: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Uncertainty in models

Page 6: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

https://www.birmingham.ac.uk/research/activity/energy/research/other-research/ascend/across-scales-in-energy-decision-making-ascend.aspx

Linking models and decision making

Page 7: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Because of complexity – uncertainty in speed andscale of change, long-timelines, multiple and interactinguncertainties, numerous stakeholders

Because of high stakes – high investment needs,urgency of change

Because of individuals – bounded rationality – weprioritise certain types of information and draw onemotions, values, gut feelings to make decisions quickly

And because of processes – drive preference for afixed best answer, preferably with a number attached e.g.cost/benefit ratio, rate of return on investment

Decisions under uncertainty [in energy] arehard

Page 8: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

“the study finds that decision-makers require anew approach to uncertainty assessment thatovercomes analytical limits to existing practice, ismore flexible and adaptable, and which betterintegrates qualitative narratives with quantitativeanalysis” (Li and Pye 2018)

Decision making under uncertainty

Page 9: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Approaches from operational research:

Approaches to decision making underuncertainty

Source: Analysis underUncertainty for Decision-Makers NetworkDecision Support Tools forComplex Decisions underUncertaintyEdited by Simon Frenchfrom contributions frommany in the AU4DMnetwork

Page 10: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Long-term planning under deep uncertainty(DMDU):- Assumption-based planning- Robust Decision Making- Adaptive policy making- Adaptation pathways- Dynamic adaptive policy pathwaysMore detail in: Walker et al (2013) Adapt or Perish: A Review ofPlanning Approaches for Adaptation under Deep Uncertainty

Approaches to decision making underuncertainty

Page 11: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

A group of decision support approaches that:• Explore how to express uncertainties and

options in a different way – how do we respondto uncertainties, not ignore or eliminate them?

• Enable foresight about future options– whichoptions do we open up or close down byactions in the short term?

• Build flexibility into decision making – howeasily can we move to alternative pathways?

Adaptive decision making

Page 12: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Adaptive decision making

Dynamicadaptive policypathways(Haasnoot et al2013)Source of figure:https://www.deltares.nl/en/adaptive-pathways/

Page 13: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Adaptive decision making

Source: https://www.deltares.nl/en/adaptive-pathways/

Page 14: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Source: Haasnoot etal (2013)

Page 15: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Source: Haasnoot etal (2013)

Page 16: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

https://paulcairney.wordpress.com/2018/10/25/evidence-based-policymaking-and-the-new-policy-sciences-2/

The realities of decision making

• Multiple actors• Multiple plans/ objectives• Processes and context

driving decisions• Different types of decisions• Decisions at different scales• Public perceptions

Page 17: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Case studies- Transport- Energy system

Local Infrastructure Commissionhttps://maadm.leeds.ac.uk/local-infrastructure-commission/)Public engagement

What am I doing about this?

Page 18: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Multiple actors

Page 19: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Multiple actors

Roelich and Giesekam(2019)

Page 20: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Multiple objectives/plans

Regional transportauthority

Walking& cycling

Rapidtransit

Highways

Rail

Local authority

Highways Walking& cycling

Regional economicauthority

Spatialplanning

Airquality

HighwaysEngland

NationalDepartment for

Transport

Network Rail

Page 21: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Multiple objectives/plans

Walking and cycling are not thenatural choice for short journeys

Public transport is not sufficientlyaccessible

Reduce private car trips to half of alltrips

Decision1

Decision3

Decision4

Decision5

Decision6

Decision7

Decision2

Prob

lem

map

ping

Problem Phase 1: Problem definition Problem Phase 2: mapping problem todecision portfolio

Protocol – define problem in contextof complexity and uncertainty

Approach – articulate linkages betweenproblem and portfolio of decisions

Page 22: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

A decision about whether to invest in a long-livedasset that might create conditions for systemicchange in the futureOrA decision about a short-lived asset that mightcreate change nowOrA decision about whether to set a target toencourage others to invest

Not all decisions are equal

Page 23: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Not all decisions are equal

• Reversibility

• Extent of control

• Type of uncertainty (level or issue?)

• Impact on vision/sensitivity of vision/impact on whole system

• Scale of investment

• Availability of data

• Exposure to political/legal challenge

• Interaction with other targets or problems

• Urgency

• Adaptive planning

• Robust DM

• Real options

• Multi-Criteria Decision Making

• Decision trees

• …..

Decision Phase 1: Decision screening Decision Phase 2: decision supportidentification

Decision tree – identify decisions in needof adaptive approach and ‘type’ of decision

- Institutional/investment/innovation?

Toolkit – map ‘type’ of decision ontoappropriate tool/approach/model withexamples of how these tools/approaches/models have been usedDe

cisio

nSu

ppor

t

Page 24: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

The importance of context

Page 25: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

The importance of context

• Stakeholder mapping • Use cases1

A ”use case” comprises actor(s), asystem, a goal and a scenario.

Page 26: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

At the local scale:- The relationship between infrastructure and quality of

life is more apparent- The relationship between national policy and local

decisions is crucial- The evaluation of outcomes is generally poor- Systemic change needs to happen (compared to siloed

decision making)- The public has (and should have) more of a direct say in

decisions

The influence of scale – local decision making

Page 27: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

The influence of scale – local decision making

Page 28: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

- The public is affected by decisions made underuncertainty

- We are quite bad at engaging the public oncomplex issues

- We quite often engage them once we’vedecided what the answer is

- This can lead to resistance and slow project butalso has implications for the quality of theanswer and the wellbeing of the public

The influence of the public

Page 29: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

The influence of the public

• Solutions need to align with values that underpinpublic perceptions

Efficient not wasteful

Environment and nature

Security and Stability

Autonomy and power

Process and change

Social justice and fairness

Page 30: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Digital tools for engagement can help to:

Reaching the public

• Facilitate visualisation• Foster collaboration and

reduce disagreement• Provide a platform for

multi-stakeholderengagement

• Engage some hard to reachgroups

Page 31: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

• We are making great process in characterising andmanaging uncertainty

• But there needs to be more focus on accommodatinguncertainty in decision making

• To do this we need to understand the realities ofdecision making and develop tools and approachesappropriate to that context

• This also means thinking about the different scales ofdecisions

• And how to engage the public in decisions

The importance of understanding decisionsas well as uncertainty

Page 32: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

[email protected]@katyroelichwww.maadm.leeds.ac.uk

Get in touch

Page 33: Decision making under uncertainty in the energy sector · Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate change mitigation: introducing multiple actor

MAADMMulti Actor Adaptive Decision Making

MAADMMulti Actor Adaptive Decision Making

Butler, C., Demski, C., Parkhill, K., Pidgeon, N., Spence, A., 2015. Public values for energyfutures: Framing, indeterminacy and policy making. Energy Policy 87, 665–672.

Cairney, P. and Oliver, K. (forthcoming) How should academics engage in policymaking toachieve impact? Political Studies Review. Available online

Haasnoot, M., Kwakkel, J., Walker, W. and ter Maat, J. (2013) Dynamic adaptive policypathways: A method for crafting robust decisions for a deeply uncertain world, GlobalEnvironmental Change, 23 (2), 485-498,

Li, F., and Pye, S. (2018) Uncertainty, politics, and technology: Expert perceptions onenergy transitions in the United Kingdom, Energy Research & Social Science, 37, 122-132,

Roelich, K. Giesekam, J (2019) Decision making under uncertainty in climate changemitigation: introducing multiple actor motivations, agency and influence, Climate Policy,19(2), 175-188

Walker, W., Haasnoot, M., Kwakkel, J. (2013) Adapt or Perish: A Review of PlanningApproaches for Adaptation under Deep Uncertainty Sustainability 5 (3), 955-979

Wynne, B., 1992. Uncertainty and environmental learning: Reconceiving science andpolicy in the preventive paradigm. Global Environmental Change 2, 111–127.

References