SlideShare a Scribd company logo
1 of 29
Download to read offline
COMMUNITY CHOICE ENERGY BUSINESS MODELS 1	
  
Sustainable energy for cities and local governments:
An integrated assessment of Community Choice
Energy business models in California
By
Silvia Zinetti
MBA Renewables
Beuth University of Applied Sciences Berlin
October	
  4,	
  2016	
  
Agenda
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   2	
  
1.  Introduction
2.  Theory and Methodology
3.  Main Findings
4.  Key Points
5.  Conclusion & Recommendations
6.  Summary
Community Choice Energy (CCE), also known as Community Choice Aggregation
(CCA), is a tool that allow “cities and counties to serve the energy requirements of their
local residents and businesses” (California Public Utilities Commission,	
  2012,	
  p.2)	
  
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   3	
  
What is CCE?
SOURCE
CCE
DELIVERY
Utility
CUSTOMER
Residents &
Businesses
Ø  Growing interest of innovative business models at local level
Ø  Creates competition in the retail market (California 3 utilities have ≅75% of the market)
Ø  Provides project financing for renewable energy and energy efficiency investments
Ø  Offers many benefits to a local community
•  Gives a choice to the citizens
•  Local control over its energy resources
•  Potential to provide electricity to its residents at lower costs
•  Significant reduction of GHG emissions
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   4	
  
Why CCE?
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   5	
  
Objective
To assess CCE business model with an integrated approach that allows a deeper
analysis from multiple viewpoints to determine its replication more widely globally.
Main Research Task
Ø  Design a sustainable and robust CCE business model that allows an increase of
renewable energy and energy efficiency investments at the local level.
Objective & Main Research Task
2. Theory & Methodology
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   6	
  
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   7	
  
• Market	
  forces	
  
• Industry	
  forces	
  
• Key	
  trends	
  
• Macroeconomic	
  
forces	
  
The	
  Business	
  
Model	
  
Environment	
  
(Osterwalder	
  &	
  Pigneur,	
  
2010)	
  
• 9	
  building	
  blocks	
  
• +	
  2	
  addiZonal	
  ones	
  
The	
  Business	
  
Model	
  Canvas	
  
(Osterwalder	
  &	
  Pigneur,	
  
2010)	
  
• 94	
  quesZons:	
  
• Internal	
  criZcal	
  	
  
factors	
  
• External	
  factors	
  
Weighted	
  
SWOT	
  Analysis	
  
• Outlines	
  the	
  Key	
  
objecZves	
  of	
  the	
  four	
  
perspecZves	
  of	
  the	
  
balanced	
  scorecard	
  	
  
The	
  Strategy	
  
Map	
  
(Kaplan	
  &	
  Norton,	
  2004)	
  
From Business Model Evaluation to Strategic Guidance
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   8	
  
Multi-Case Study as Research Method
(Yin, 2014)
A Linear and Iterative Process
Ø The evidence from multi-case study
ensures stronger and more
convincing arguments for
replications (Yin, 2014)
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   9	
  
Sonoma Clean
Power (SCP)
Started in May 2014
190.000 customers
Marin Clean Energy
(MCE)
Started in 2010
170.000 customers
(256.000 end of 2016)
The Case Studies: MCE & SCP
Interviewees:
Ø  Ms. Weisz, Dawn (CEO of MCE)
Ø  Mr. Stillman, Cordel (Project manager for the start-up of SCP)
3. Main Findings
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   10	
  
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   11	
  
CCEs’ External Environment
CCE
California has
strong climate
& renewable
energy goals
The	
  primary	
  
compeZtor	
  is	
  
the	
  incumbent	
  
uZlity	
  	
  	
  
Policies and
regulations
affect the CCE
Growing	
  
industry,	
  new	
  
technology,	
  
changing	
  
consumer	
  
behavior	
  
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   12	
  
Higher % of Renewable Energy
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   13	
  
Competitive prices
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   14	
  
Ø  Total cost of electricity ($/kWh) is highly influenced by the PG&E delivery rate and
the PCIA fee
Total Cost of Electricity
Genera&on(rate(
33%(
PG&E(delivery(
rate(
57%(
PCIA(fee(
10%(
Local
accountability
+ program
administration,
including the
selection of energy
sources
	
  
CPUC
determines
approximately
67% of total
electricity cost
(for residential)
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   15	
  
Ø  CCEs reinvested part of the profits to support local renewable energy projects (MCE
reserves $0.01/kWh premium; SCP reserves 50% of the total net annual surplus)
Renewable Energy Development
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   16	
  
Ø  Results for the overall perspective and the building blocks of both case studies
are very similar
Main Strengths/Weaknesses
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   17	
  
Main Opportunities
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   18	
  
Main Threats
4. Key Points
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   19	
  
External
Environment
Mission &
vision
Plan
carefully
Customer &
local needs
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   20	
  
Key Points
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   21	
  
Two critical elements
Keep
customers in
the program
Guarantee
price stability
and
competiveness
Basis for a
sustainable
and robust
CCE
Ø  Tighten customer
relationships
Ø  Communicate the value
proposition and mission
through efficient and
effective channels
Ø  Long-term contracts for
the energy procurement
Ø  Continuous development
of renewable energy
locally
5. Conclusions & Recommendations
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   22	
  
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   23	
  
A model for cities and local governments
Decrease	
  
their	
  overall	
  
GHG	
  
emissions	
  
Shib	
  toward	
  
a	
  more	
  
sustainable	
  
energy	
  
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   24	
  
Recommendations for the case studies
MISSION: Reduce GHG emissions through the increase of local renewable
development & energy efficiency
VISION: Become 100% renewable energy by 20...
Learning
and Growth
Financial
Internal
Customer
Develop internal technical workforce skills and
competencies
Build a strong and diverse
portfolio of energy resources
aligned with Value Proposition
Maintain a diversity
of Key Partners
Design effective
communication
channels
Maximize
cost-efficient
operation
Allocate funds for
energy resources
development
Design
adequate price
charges
Strengthen
customer
relationships
Deliver customer-
focused value
service
Strategy Map
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   26	
  
Ø Extend the research to a broader range of stakeholders (e.g.
customer perspective)
Ø Deeper analysis on price mechanism
Ø Analysis of the external environment in other areas
Next Steps
6. Summary
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   27	
  
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   28	
  
Ø  CCE is an innovative business model for cities and local governments
Ø  The integrated assessment of CCEs business models through the Business Model
Canvas and SWOT analysis allowed an evaluation from multiple viewpoints
Ø  The evidence from multi-case study ensured stronger and more convincing arguments
for replications
Ø  REPEATER PROJECTS: external environment, mission & vision, plan carefully,
customer & local needs
Ø  Two critical elements:
Keep customers in the program
Guarantee price stability and competitiveness
Ø  TANGIBLE OUTCOMES: Specific recommendations + strategy map_9 key objectives
Ø  Next steps: external environment of other areas, price mechanism, customer perspective
Summary
Thank you for your attention!
October	
  4,	
  2016	
   COMMUNITY	
  CHOICE	
  ENERGY	
  BUSINESS	
  MODELS	
   29	
  
Any questions?

More Related Content

What's hot

Actions Large Energy Buyers Can Take to Transform and Decarbonize the Grid: P...
Actions Large Energy Buyers Can Take to Transform and Decarbonize the Grid: P...Actions Large Energy Buyers Can Take to Transform and Decarbonize the Grid: P...
Actions Large Energy Buyers Can Take to Transform and Decarbonize the Grid: P...World Resources Institute (WRI)
 
Responding to energy efficiency challenge marianne osterkorn
Responding to energy efficiency challenge marianne osterkornResponding to energy efficiency challenge marianne osterkorn
Responding to energy efficiency challenge marianne osterkornreeep
 
Times Spain: an analytical tool for energy policy assessment in Spain
Times Spain: an analytical tool for energy policy assessment in SpainTimes Spain: an analytical tool for energy policy assessment in Spain
Times Spain: an analytical tool for energy policy assessment in SpainIEA-ETSAP
 
Techno-economic and environmental implications of transportation decarbonizat...
Techno-economic and environmental implications of transportation decarbonizat...Techno-economic and environmental implications of transportation decarbonizat...
Techno-economic and environmental implications of transportation decarbonizat...IEA-ETSAP
 
The IEA Energy Efficiency Market report - What it means for DSM
The IEA Energy Efficiency Market report - What it means for DSMThe IEA Energy Efficiency Market report - What it means for DSM
The IEA Energy Efficiency Market report - What it means for DSMLeonardo ENERGY
 
REEEP - SAP Presentation
REEEP - SAP PresentationREEEP - SAP Presentation
REEEP - SAP Presentationreeep
 
IEA Bioenergy TCP: preparing the role of bioenergy in the future energy system
IEA Bioenergy TCP: preparing the role of bioenergy in the future energy systemIEA Bioenergy TCP: preparing the role of bioenergy in the future energy system
IEA Bioenergy TCP: preparing the role of bioenergy in the future energy systemIEA-ETSAP
 
Update on Australian TIMES Model Development
Update on Australian TIMES Model DevelopmentUpdate on Australian TIMES Model Development
Update on Australian TIMES Model DevelopmentIEA-ETSAP
 
Extracting Insights from Many Scenarios: Examples from FACETS
Extracting Insights from Many Scenarios: Examples from FACETSExtracting Insights from Many Scenarios: Examples from FACETS
Extracting Insights from Many Scenarios: Examples from FACETSIEA-ETSAP
 
Myopic windows: Temporal trade-offs in decarbonisation pathways
Myopic windows: Temporal trade-offs in decarbonisation pathwaysMyopic windows: Temporal trade-offs in decarbonisation pathways
Myopic windows: Temporal trade-offs in decarbonisation pathwaysIEA-ETSAP
 
Climate policy Engagement in Brazil: how delayed action might lead to CCS as ...
Climate policy Engagement in Brazil: how delayed action might lead to CCS as ...Climate policy Engagement in Brazil: how delayed action might lead to CCS as ...
Climate policy Engagement in Brazil: how delayed action might lead to CCS as ...IEA-ETSAP
 
EU Workshop: A Shared Vision for Energy & Climate
EU Workshop: A Shared Vision for Energy & ClimateEU Workshop: A Shared Vision for Energy & Climate
EU Workshop: A Shared Vision for Energy & ClimateAlliance To Save Energy
 
CCS in IAM climate stabilisation scenarios – Exploring the sensitivity to CCS...
CCS in IAM climate stabilisation scenarios – Exploring the sensitivity to CCS...CCS in IAM climate stabilisation scenarios – Exploring the sensitivity to CCS...
CCS in IAM climate stabilisation scenarios – Exploring the sensitivity to CCS...IEA-ETSAP
 
Integrating Customer Clean Energy Demand Into Utility Planning
Integrating Customer Clean Energy Demand Into Utility PlanningIntegrating Customer Clean Energy Demand Into Utility Planning
Integrating Customer Clean Energy Demand Into Utility PlanningWorld Resources Institute (WRI)
 
Clean Restructuring: design elements for low carbon wholesale markets
Clean Restructuring: design elements for low carbon wholesale marketsClean Restructuring: design elements for low carbon wholesale markets
Clean Restructuring: design elements for low carbon wholesale marketsLeonardo ENERGY
 
ISCN 2016: Working Group 1: Buildings and Their Sustainability Performance
ISCN 2016: Working Group 1: Buildings and Their Sustainability PerformanceISCN 2016: Working Group 1: Buildings and Their Sustainability Performance
ISCN 2016: Working Group 1: Buildings and Their Sustainability PerformanceISCN_Secretariat
 
Changing the tyre while we’re driving: evolving a model at the same time as i...
Changing the tyre while we’re driving: evolving a model at the same time as i...Changing the tyre while we’re driving: evolving a model at the same time as i...
Changing the tyre while we’re driving: evolving a model at the same time as i...IEA-ETSAP
 
TIMES-CGE-SD model coupling and data exchange mechanism for the LEDS developm...
TIMES-CGE-SD model coupling and data exchange mechanism for the LEDS developm...TIMES-CGE-SD model coupling and data exchange mechanism for the LEDS developm...
TIMES-CGE-SD model coupling and data exchange mechanism for the LEDS developm...IEA-ETSAP
 
Mitigation strategies for transitioning towards ‘net-zero’ energy systems in ...
Mitigation strategies for transitioning towards ‘net-zero’ energy systems in ...Mitigation strategies for transitioning towards ‘net-zero’ energy systems in ...
Mitigation strategies for transitioning towards ‘net-zero’ energy systems in ...IEA-ETSAP
 

What's hot (20)

Actions Large Energy Buyers Can Take to Transform and Decarbonize the Grid: P...
Actions Large Energy Buyers Can Take to Transform and Decarbonize the Grid: P...Actions Large Energy Buyers Can Take to Transform and Decarbonize the Grid: P...
Actions Large Energy Buyers Can Take to Transform and Decarbonize the Grid: P...
 
Responding to energy efficiency challenge marianne osterkorn
Responding to energy efficiency challenge marianne osterkornResponding to energy efficiency challenge marianne osterkorn
Responding to energy efficiency challenge marianne osterkorn
 
Times Spain: an analytical tool for energy policy assessment in Spain
Times Spain: an analytical tool for energy policy assessment in SpainTimes Spain: an analytical tool for energy policy assessment in Spain
Times Spain: an analytical tool for energy policy assessment in Spain
 
Techno-economic and environmental implications of transportation decarbonizat...
Techno-economic and environmental implications of transportation decarbonizat...Techno-economic and environmental implications of transportation decarbonizat...
Techno-economic and environmental implications of transportation decarbonizat...
 
The IEA Energy Efficiency Market report - What it means for DSM
The IEA Energy Efficiency Market report - What it means for DSMThe IEA Energy Efficiency Market report - What it means for DSM
The IEA Energy Efficiency Market report - What it means for DSM
 
REEEP - SAP Presentation
REEEP - SAP PresentationREEEP - SAP Presentation
REEEP - SAP Presentation
 
IEA Bioenergy TCP: preparing the role of bioenergy in the future energy system
IEA Bioenergy TCP: preparing the role of bioenergy in the future energy systemIEA Bioenergy TCP: preparing the role of bioenergy in the future energy system
IEA Bioenergy TCP: preparing the role of bioenergy in the future energy system
 
San Jose Sustainability CEE22X Final Presentation
San Jose Sustainability CEE22X Final PresentationSan Jose Sustainability CEE22X Final Presentation
San Jose Sustainability CEE22X Final Presentation
 
Update on Australian TIMES Model Development
Update on Australian TIMES Model DevelopmentUpdate on Australian TIMES Model Development
Update on Australian TIMES Model Development
 
Extracting Insights from Many Scenarios: Examples from FACETS
Extracting Insights from Many Scenarios: Examples from FACETSExtracting Insights from Many Scenarios: Examples from FACETS
Extracting Insights from Many Scenarios: Examples from FACETS
 
Myopic windows: Temporal trade-offs in decarbonisation pathways
Myopic windows: Temporal trade-offs in decarbonisation pathwaysMyopic windows: Temporal trade-offs in decarbonisation pathways
Myopic windows: Temporal trade-offs in decarbonisation pathways
 
Climate policy Engagement in Brazil: how delayed action might lead to CCS as ...
Climate policy Engagement in Brazil: how delayed action might lead to CCS as ...Climate policy Engagement in Brazil: how delayed action might lead to CCS as ...
Climate policy Engagement in Brazil: how delayed action might lead to CCS as ...
 
EU Workshop: A Shared Vision for Energy & Climate
EU Workshop: A Shared Vision for Energy & ClimateEU Workshop: A Shared Vision for Energy & Climate
EU Workshop: A Shared Vision for Energy & Climate
 
CCS in IAM climate stabilisation scenarios – Exploring the sensitivity to CCS...
CCS in IAM climate stabilisation scenarios – Exploring the sensitivity to CCS...CCS in IAM climate stabilisation scenarios – Exploring the sensitivity to CCS...
CCS in IAM climate stabilisation scenarios – Exploring the sensitivity to CCS...
 
Integrating Customer Clean Energy Demand Into Utility Planning
Integrating Customer Clean Energy Demand Into Utility PlanningIntegrating Customer Clean Energy Demand Into Utility Planning
Integrating Customer Clean Energy Demand Into Utility Planning
 
Clean Restructuring: design elements for low carbon wholesale markets
Clean Restructuring: design elements for low carbon wholesale marketsClean Restructuring: design elements for low carbon wholesale markets
Clean Restructuring: design elements for low carbon wholesale markets
 
ISCN 2016: Working Group 1: Buildings and Their Sustainability Performance
ISCN 2016: Working Group 1: Buildings and Their Sustainability PerformanceISCN 2016: Working Group 1: Buildings and Their Sustainability Performance
ISCN 2016: Working Group 1: Buildings and Their Sustainability Performance
 
Changing the tyre while we’re driving: evolving a model at the same time as i...
Changing the tyre while we’re driving: evolving a model at the same time as i...Changing the tyre while we’re driving: evolving a model at the same time as i...
Changing the tyre while we’re driving: evolving a model at the same time as i...
 
TIMES-CGE-SD model coupling and data exchange mechanism for the LEDS developm...
TIMES-CGE-SD model coupling and data exchange mechanism for the LEDS developm...TIMES-CGE-SD model coupling and data exchange mechanism for the LEDS developm...
TIMES-CGE-SD model coupling and data exchange mechanism for the LEDS developm...
 
Mitigation strategies for transitioning towards ‘net-zero’ energy systems in ...
Mitigation strategies for transitioning towards ‘net-zero’ energy systems in ...Mitigation strategies for transitioning towards ‘net-zero’ energy systems in ...
Mitigation strategies for transitioning towards ‘net-zero’ energy systems in ...
 

Similar to MBA Renewables_Master Thesis_Silvia Zinetti_ppt_Final Linkedin

Benjamin Sovacool "The Nordic Low-Carbon Transition: Implications and Insigh...
Benjamin Sovacool  "The Nordic Low-Carbon Transition: Implications and Insigh...Benjamin Sovacool  "The Nordic Low-Carbon Transition: Implications and Insigh...
Benjamin Sovacool "The Nordic Low-Carbon Transition: Implications and Insigh...Energy Cultures 2 Janet Stephenson
 
"H2020: Energía limpia, segura y eficiente. Próximas oportunidades de partici...
"H2020: Energía limpia, segura y eficiente. Próximas oportunidades de partici..."H2020: Energía limpia, segura y eficiente. Próximas oportunidades de partici...
"H2020: Energía limpia, segura y eficiente. Próximas oportunidades de partici...Agencia Andaluza del Conocimiento
 
Evaluation, Measurement & Verification (EM&V) – Overview of Best Practices fo...
Evaluation, Measurement & Verification (EM&V) – Overview of Best Practices fo...Evaluation, Measurement & Verification (EM&V) – Overview of Best Practices fo...
Evaluation, Measurement & Verification (EM&V) – Overview of Best Practices fo...Leonardo ENERGY
 
Workshop 1: Newmarket and policy-makers briefing
Workshop 1: Newmarket and policy-makers briefingWorkshop 1: Newmarket and policy-makers briefing
Workshop 1: Newmarket and policy-makers briefingnveilleux
 
Solid Waste Master Planning: Decisions, Decisions...
Solid Waste Master Planning: Decisions, Decisions...Solid Waste Master Planning: Decisions, Decisions...
Solid Waste Master Planning: Decisions, Decisions..."Kathryn "Katie"" Karwan
 
Integrated Resource Plan Public Scoping – Oct 24 2013
Integrated Resource Plan Public Scoping – Oct 24 2013Integrated Resource Plan Public Scoping – Oct 24 2013
Integrated Resource Plan Public Scoping – Oct 24 2013TVANews
 
The business case for life cycle assessment Steve Allen & Marcelle McManus
The business case for life cycle assessment   Steve Allen & Marcelle McManusThe business case for life cycle assessment   Steve Allen & Marcelle McManus
The business case for life cycle assessment Steve Allen & Marcelle McManusThe Future Economy Network
 
Robert tromop
Robert tromop Robert tromop
Robert tromop Zondits
 
Assessing ambition of INDCs: Regional technical dialogue on INDCs
Assessing ambition of INDCs: Regional technical dialogue on INDCsAssessing ambition of INDCs: Regional technical dialogue on INDCs
Assessing ambition of INDCs: Regional technical dialogue on INDCsNewClimate Institute
 
Workshop 2: Newmarket business council of champions
Workshop 2: Newmarket business council of championsWorkshop 2: Newmarket business council of champions
Workshop 2: Newmarket business council of championsnveilleux
 
Workshop 2: Newmarket business council of champions
Workshop 2: Newmarket business council of championsWorkshop 2: Newmarket business council of champions
Workshop 2: Newmarket business council of championsnveilleux
 
ENV GLOBAL FORUM OCT 2016 - Session 2 - Bing ZHU
ENV GLOBAL FORUM OCT 2016 - Session 2 - Bing ZHUENV GLOBAL FORUM OCT 2016 - Session 2 - Bing ZHU
ENV GLOBAL FORUM OCT 2016 - Session 2 - Bing ZHUOECD Environment
 
US Department of Energy's Uniform Methods Project
US Department of Energy's Uniform Methods ProjectUS Department of Energy's Uniform Methods Project
US Department of Energy's Uniform Methods ProjectLeonardo ENERGY
 
Vasileios Rizos: Circular economy; Definitions, business challenges and the w...
Vasileios Rizos: Circular economy; Definitions, business challenges and the w...Vasileios Rizos: Circular economy; Definitions, business challenges and the w...
Vasileios Rizos: Circular economy; Definitions, business challenges and the w...Sitra / Ekologinen kestävyys
 
Business models for effective market update of EE services
Business models for effective market update of EE servicesBusiness models for effective market update of EE services
Business models for effective market update of EE servicesLeonardo ENERGY
 
FBE Manchester - Social Value - 10th February 2016
FBE Manchester - Social Value - 10th February 2016FBE Manchester - Social Value - 10th February 2016
FBE Manchester - Social Value - 10th February 2016Emma Williams
 
Multicriteria and cost benefit analysis for smart grid projects
Multicriteria and cost benefit analysis for smart grid projectsMulticriteria and cost benefit analysis for smart grid projects
Multicriteria and cost benefit analysis for smart grid projectsLeonardo ENERGY
 
Svccep intro saratoga 110415
Svccep intro   saratoga 110415Svccep intro   saratoga 110415
Svccep intro saratoga 110415Rishi Kumar
 

Similar to MBA Renewables_Master Thesis_Silvia Zinetti_ppt_Final Linkedin (20)

CCS in H2020: Overview, Lessons Learned and Next Steps - webinar hosted by th...
CCS in H2020: Overview, Lessons Learned and Next Steps - webinar hosted by th...CCS in H2020: Overview, Lessons Learned and Next Steps - webinar hosted by th...
CCS in H2020: Overview, Lessons Learned and Next Steps - webinar hosted by th...
 
Benjamin Sovacool "The Nordic Low-Carbon Transition: Implications and Insigh...
Benjamin Sovacool  "The Nordic Low-Carbon Transition: Implications and Insigh...Benjamin Sovacool  "The Nordic Low-Carbon Transition: Implications and Insigh...
Benjamin Sovacool "The Nordic Low-Carbon Transition: Implications and Insigh...
 
"H2020: Energía limpia, segura y eficiente. Próximas oportunidades de partici...
"H2020: Energía limpia, segura y eficiente. Próximas oportunidades de partici..."H2020: Energía limpia, segura y eficiente. Próximas oportunidades de partici...
"H2020: Energía limpia, segura y eficiente. Próximas oportunidades de partici...
 
Evaluation, Measurement & Verification (EM&V) – Overview of Best Practices fo...
Evaluation, Measurement & Verification (EM&V) – Overview of Best Practices fo...Evaluation, Measurement & Verification (EM&V) – Overview of Best Practices fo...
Evaluation, Measurement & Verification (EM&V) – Overview of Best Practices fo...
 
Workshop 1: Newmarket and policy-makers briefing
Workshop 1: Newmarket and policy-makers briefingWorkshop 1: Newmarket and policy-makers briefing
Workshop 1: Newmarket and policy-makers briefing
 
Solid Waste Master Planning: Decisions, Decisions...
Solid Waste Master Planning: Decisions, Decisions...Solid Waste Master Planning: Decisions, Decisions...
Solid Waste Master Planning: Decisions, Decisions...
 
Integrated Resource Plan Public Scoping – Oct 24 2013
Integrated Resource Plan Public Scoping – Oct 24 2013Integrated Resource Plan Public Scoping – Oct 24 2013
Integrated Resource Plan Public Scoping – Oct 24 2013
 
The business case for life cycle assessment Steve Allen & Marcelle McManus
The business case for life cycle assessment   Steve Allen & Marcelle McManusThe business case for life cycle assessment   Steve Allen & Marcelle McManus
The business case for life cycle assessment Steve Allen & Marcelle McManus
 
Robert tromop
Robert tromop Robert tromop
Robert tromop
 
Assessing ambition of INDCs: Regional technical dialogue on INDCs
Assessing ambition of INDCs: Regional technical dialogue on INDCsAssessing ambition of INDCs: Regional technical dialogue on INDCs
Assessing ambition of INDCs: Regional technical dialogue on INDCs
 
Workshop 2: Newmarket business council of champions
Workshop 2: Newmarket business council of championsWorkshop 2: Newmarket business council of champions
Workshop 2: Newmarket business council of champions
 
Workshop 2: Newmarket business council of champions
Workshop 2: Newmarket business council of championsWorkshop 2: Newmarket business council of champions
Workshop 2: Newmarket business council of champions
 
ENV GLOBAL FORUM OCT 2016 - Session 2 - Bing ZHU
ENV GLOBAL FORUM OCT 2016 - Session 2 - Bing ZHUENV GLOBAL FORUM OCT 2016 - Session 2 - Bing ZHU
ENV GLOBAL FORUM OCT 2016 - Session 2 - Bing ZHU
 
US Department of Energy's Uniform Methods Project
US Department of Energy's Uniform Methods ProjectUS Department of Energy's Uniform Methods Project
US Department of Energy's Uniform Methods Project
 
Vasileios Rizos: Circular economy; Definitions, business challenges and the w...
Vasileios Rizos: Circular economy; Definitions, business challenges and the w...Vasileios Rizos: Circular economy; Definitions, business challenges and the w...
Vasileios Rizos: Circular economy; Definitions, business challenges and the w...
 
Business models for effective market update of EE services
Business models for effective market update of EE servicesBusiness models for effective market update of EE services
Business models for effective market update of EE services
 
FBE Manchester - Social Value - 10th February 2016
FBE Manchester - Social Value - 10th February 2016FBE Manchester - Social Value - 10th February 2016
FBE Manchester - Social Value - 10th February 2016
 
Multicriteria and cost benefit analysis for smart grid projects
Multicriteria and cost benefit analysis for smart grid projectsMulticriteria and cost benefit analysis for smart grid projects
Multicriteria and cost benefit analysis for smart grid projects
 
Svccep intro saratoga 110415
Svccep intro   saratoga 110415Svccep intro   saratoga 110415
Svccep intro saratoga 110415
 
CV_Chepeliev_2016
CV_Chepeliev_2016CV_Chepeliev_2016
CV_Chepeliev_2016
 

MBA Renewables_Master Thesis_Silvia Zinetti_ppt_Final Linkedin

  • 1. COMMUNITY CHOICE ENERGY BUSINESS MODELS 1   Sustainable energy for cities and local governments: An integrated assessment of Community Choice Energy business models in California By Silvia Zinetti MBA Renewables Beuth University of Applied Sciences Berlin October  4,  2016  
  • 2. Agenda October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   2   1.  Introduction 2.  Theory and Methodology 3.  Main Findings 4.  Key Points 5.  Conclusion & Recommendations 6.  Summary
  • 3. Community Choice Energy (CCE), also known as Community Choice Aggregation (CCA), is a tool that allow “cities and counties to serve the energy requirements of their local residents and businesses” (California Public Utilities Commission,  2012,  p.2)   October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   3   What is CCE? SOURCE CCE DELIVERY Utility CUSTOMER Residents & Businesses
  • 4. Ø  Growing interest of innovative business models at local level Ø  Creates competition in the retail market (California 3 utilities have ≅75% of the market) Ø  Provides project financing for renewable energy and energy efficiency investments Ø  Offers many benefits to a local community •  Gives a choice to the citizens •  Local control over its energy resources •  Potential to provide electricity to its residents at lower costs •  Significant reduction of GHG emissions October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   4   Why CCE?
  • 5. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   5   Objective To assess CCE business model with an integrated approach that allows a deeper analysis from multiple viewpoints to determine its replication more widely globally. Main Research Task Ø  Design a sustainable and robust CCE business model that allows an increase of renewable energy and energy efficiency investments at the local level. Objective & Main Research Task
  • 6. 2. Theory & Methodology October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   6  
  • 7. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   7   • Market  forces   • Industry  forces   • Key  trends   • Macroeconomic   forces   The  Business   Model   Environment   (Osterwalder  &  Pigneur,   2010)   • 9  building  blocks   • +  2  addiZonal  ones   The  Business   Model  Canvas   (Osterwalder  &  Pigneur,   2010)   • 94  quesZons:   • Internal  criZcal     factors   • External  factors   Weighted   SWOT  Analysis   • Outlines  the  Key   objecZves  of  the  four   perspecZves  of  the   balanced  scorecard     The  Strategy   Map   (Kaplan  &  Norton,  2004)   From Business Model Evaluation to Strategic Guidance
  • 8. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   8   Multi-Case Study as Research Method (Yin, 2014) A Linear and Iterative Process Ø The evidence from multi-case study ensures stronger and more convincing arguments for replications (Yin, 2014)
  • 9. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   9   Sonoma Clean Power (SCP) Started in May 2014 190.000 customers Marin Clean Energy (MCE) Started in 2010 170.000 customers (256.000 end of 2016) The Case Studies: MCE & SCP Interviewees: Ø  Ms. Weisz, Dawn (CEO of MCE) Ø  Mr. Stillman, Cordel (Project manager for the start-up of SCP)
  • 10. 3. Main Findings October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   10  
  • 11. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   11   CCEs’ External Environment CCE California has strong climate & renewable energy goals The  primary   compeZtor  is   the  incumbent   uZlity       Policies and regulations affect the CCE Growing   industry,  new   technology,   changing   consumer   behavior  
  • 12. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   12   Higher % of Renewable Energy
  • 13. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   13   Competitive prices
  • 14. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   14   Ø  Total cost of electricity ($/kWh) is highly influenced by the PG&E delivery rate and the PCIA fee Total Cost of Electricity Genera&on(rate( 33%( PG&E(delivery( rate( 57%( PCIA(fee( 10%( Local accountability + program administration, including the selection of energy sources   CPUC determines approximately 67% of total electricity cost (for residential)
  • 15. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   15   Ø  CCEs reinvested part of the profits to support local renewable energy projects (MCE reserves $0.01/kWh premium; SCP reserves 50% of the total net annual surplus) Renewable Energy Development
  • 16. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   16   Ø  Results for the overall perspective and the building blocks of both case studies are very similar Main Strengths/Weaknesses
  • 17. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   17   Main Opportunities
  • 18. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   18   Main Threats
  • 19. 4. Key Points October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   19  
  • 20. External Environment Mission & vision Plan carefully Customer & local needs October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   20   Key Points
  • 21. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   21   Two critical elements Keep customers in the program Guarantee price stability and competiveness Basis for a sustainable and robust CCE Ø  Tighten customer relationships Ø  Communicate the value proposition and mission through efficient and effective channels Ø  Long-term contracts for the energy procurement Ø  Continuous development of renewable energy locally
  • 22. 5. Conclusions & Recommendations October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   22  
  • 23. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   23   A model for cities and local governments Decrease   their  overall   GHG   emissions   Shib  toward   a  more   sustainable   energy  
  • 24. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   24   Recommendations for the case studies
  • 25. MISSION: Reduce GHG emissions through the increase of local renewable development & energy efficiency VISION: Become 100% renewable energy by 20... Learning and Growth Financial Internal Customer Develop internal technical workforce skills and competencies Build a strong and diverse portfolio of energy resources aligned with Value Proposition Maintain a diversity of Key Partners Design effective communication channels Maximize cost-efficient operation Allocate funds for energy resources development Design adequate price charges Strengthen customer relationships Deliver customer- focused value service Strategy Map
  • 26. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   26   Ø Extend the research to a broader range of stakeholders (e.g. customer perspective) Ø Deeper analysis on price mechanism Ø Analysis of the external environment in other areas Next Steps
  • 27. 6. Summary October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   27  
  • 28. October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   28   Ø  CCE is an innovative business model for cities and local governments Ø  The integrated assessment of CCEs business models through the Business Model Canvas and SWOT analysis allowed an evaluation from multiple viewpoints Ø  The evidence from multi-case study ensured stronger and more convincing arguments for replications Ø  REPEATER PROJECTS: external environment, mission & vision, plan carefully, customer & local needs Ø  Two critical elements: Keep customers in the program Guarantee price stability and competitiveness Ø  TANGIBLE OUTCOMES: Specific recommendations + strategy map_9 key objectives Ø  Next steps: external environment of other areas, price mechanism, customer perspective Summary
  • 29. Thank you for your attention! October  4,  2016   COMMUNITY  CHOICE  ENERGY  BUSINESS  MODELS   29   Any questions?