Leslie Cordes - Clean Cooking Solutions a Key Component of Energy Access in Asia
Energy Consciousness Taking a Systems Approach to Energy Dr. Rachel Leslie Resilience Research...
-
Upload
emery-preston -
Category
Documents
-
view
216 -
download
1
Transcript of Energy Consciousness Taking a Systems Approach to Energy Dr. Rachel Leslie Resilience Research...
Energy ConsciousnessTaking a Systems Approach to Energy
Dr. Rachel LeslieResilience Research Portfolio Manager
Defence Science and Technology Laboratory
UK Ministry of Defence
Context• Major UK effort on Operational Energy
• Research has led; informing the policy
agenda– Interpreting the strategic environment
– Understanding implications for the military
context
– Advising policy options
• Earlier brief (NATO CD&E Nov 2012)– Described UK energy challenge, policy
response and research programme objectives
• Cost – An increase of 1p per litre of fuel adds
~£13M to equipment energy bill
• Delivery to front line user– The cost of fuel at point of use must
include transport costs, supply fleet, personnel and protection
• Operational effectiveness– Decreasing fuel use impacts on ability
to deliver expeditionary capability – reduce logistics ‘tail’ = deeper, further,
quicker
Drivers for MOD to use less energy
Resilience – an integrated programme
Energy Security Critical & Strategic Resources
Emission ReductionResilience to Climate Change
Decision Making
UK Objective:
“Ensure that MoD remains able to deliver the required effect, against increasingly constraining external requirements and expectations over which MoD has limited or no control”
Resilient Systems
• Understanding Future Energy
vulnerability and building Energy
“Resilience”
• Resilience to External Impact:
– Climate Impact / Resource & Commodity
prices / Legislation
• Changing energy “Behaviours”
• Preserving freedom of manoeuvre and
Freedom of Action
• Preparing for possible restrictions on
vehicles, maritime platforms and military
aircraft
Understanding the future environment
• Availability issues won’t prevent us conducting military operations
• Demand for equipment energy is likely to continue increasing
• We can’t predict what future energy technologies and fuels will be
Impact & Implications• Consumption Data and trends show...
– 14% reduction in fuel usage since 2010
– 56% increase in fuel cost since 2010
• We cannot afford to be complacent– Relying on “Savings” & “Operational Drawdown” delivers
artificial reductions
– What are the true implications of “passive” approaches to
meeting energy reduction targets?
– Behavioural Change?
• A cost effective way of reducing consumption
Energy Efficiency versus Energy Effectiveness?
• How should we track our Energy Usage
to change Behaviours?– Col. Paul Roege (US Army) proposed
“Energy Effectiveness”
• a more meaningful measure of how the
military use energy
• UK is looking at Energy Capability
Metrics– How do we measure the amount of capability,
or military effect, that can be delivered for
each unit of energy?
Evolving UK Energy Policy Aims: • To reduce the reliance of the Armed Forces on fossil fuel
by 18% by 2020– A challenging target
– New equipment is more power hungry than that it replaces
• To treat energy as a “Capability”– A change in mindset from “Energy as a commodity”
• Challenge: How should UK MOD consider energy in its
decision-making processes?
Strategic Energy: A systems approach• How to understand energy flow at different
levels– MOD, Front Line Command, Capability,
Equipment, System
• How to understand where to focus effort
• Where is technology the answer?– But where is behaviour change better?
• What outputs are being delivered when
energy is consumed?
Strategic energy• Energy Capability Audit
– A key decision-making tool– How do we know if we have enough, too much or
too little of “energy capability”?
• Strategic Balance of Energy:– How do we optimise our capability mix against
energy rather than cost?
• Applying energy to operational scenarios:– How could we deliver the same effect with
different force mixes?– What would be the different energy (and energy
capability) requirements?
Technical Programme across the Commands
• Air– Sustainable Military Aviation Research Technology Initiative
(SMARTI)
– Evaluating low drag technologies
– Analysing operational procedures and behaviours
• Land – Future energy options for Forward Operating Bases (FOBs)
• Maritime– Energy harvesting
• e.g. heat pumps to provide
domestic hot water
– Using data better to make energy informed decisions
–
Summary (1)
• Energy research in UK MOD looks at:– Defence’s vulnerability to a lack of energy supply
– Increasing energy costs
– Alternative energy and energy reduction
technologies
– Behavioural focused mitigation options
• To ensure that we can be resilient in the
future
Summary (2)
• Resilience research supports a reduction of
energy demand at:– The equipment level
– The operational level across all Front Line
Commands, including in theatre
– The strategic level, supporting policymakers and
finance staff in MOD HQ