Samuel Carrara holds a Master Degree cum laude in Mechanical Engineering (Major: Energy and Mechanical Plants) and a PhD in Energy and Environmental Technologies, both from the University of Bergamo.
After working as an engineer in the gas turbine field, he is now junior researcher at FEEM. His main research interests include renewable energies, sustainable development, energy policies, climate and energy economics, advanced energy systems.
For my website, click here.
I am currently working as Senior Researcher Associate at UCL Institute for Sustainable Resources where I lead the finance research area of the GREEN-WIN project. I focus on climate and sustainability finance policies and governance arrangements in order to contribute to overcoming financial barriers to mitigation and adaptation.
Before joining UCL, I worked for the OECD (Green Growth Unit, Economics Department) as Marie-Curie Fellow, a two-year research grant funded by the European Commission. At the OECD I analysed the effectiveness of energy policies to boost energy investments in Europe. Prior to that, I worked for research centers (FEEM and ICCG) and institutions, including the Italian Association Energy Economics, where I was responsible for the Economic area (2009–2013).
During my PhD, I was visiting scholar at the Renewable and Appropriate Energy Lab, UC Berkeley under the supervision of Prof. Daniel Kammen (2010–2011). I have worked on a range of novel ways to overcome the first-investment costs of energy efficiency and renewable energy.
I got my PhD in Business Administration at Polytechnic University of Marche and University of California, Berkeley (co-tutorship of doctoral thesis) with a focus on energy financing policy. My research interests include renewable and energy efficiency deployment, climate finance and energy policy.
Kenji is a Ph.D. student with the Goldman School of Public Policy and a researcher in the Renewable and Appropriate Energy Laboratory. His current research interests include empirical studies and quantitative modeling on the effectiveness of renewable energy policies in developing and developed countries for effective decision making. He is also interested in developing better tools for quantitative assessment of the multiple benefits of climate policies such as energy access, job creation, and technology development and transfer.
Kenji has more than 10 years of professional experiences in the area of Japan’s and international environmental policies as a Deputy Director for Market-based Climate Policy of the Japanese Ministry of the Environment, a Managing Director of the Global Environment Centre Foundation, etc. For example, he has spearheaded and managed various government energy incentive programs for funding energy efficient and renewable energy projects in Japan as well as in Southeast Asia and Africa under the Joint Crediting Mechanism, bilateral cooperation scheme between 14 countries and Japanese Government. He has also initiated and led international cooperation initiatives on environmental policy planning, capacity building, and technology transfer focused on low-carbon city development with Japanese municipalities for Ho Chi Minh City (Vietnam), Vientiane (Lao PDR), and other cities. He has negotiated at COP 18 and 19 of the UNFCCC as an international negotiator of the Japanese delegation on technology transfer. Outside of environmental policies, he is a creator and a leading trainer of policy analysis training courses for Japanese policy professionals.
He holds an MPP with the Smolensky Prize (the Best Advanced Policy Analysis (master’s thesis)) from UC Berkeley, for which Dan Kammen was his APA advisor. Kenji has a MEng and a BEng in Chemical Engineering from University of Tokyo.
- How to make millions of old, inefficient homes part of a clean-air, low-carbon & low resource-use future?
- How can block-scale solutions enable better climate-change adaptation & response strategies than individual, home solutions?
- How do you get block-scale inhabitant buy-in, and support from utilities, stage agencies and the cleantech sector?
- The block-scale is considerably more efficient & cost-effective than the individual house-scale in achieving resource efficiencies, and takes advantage of emerging energy generation legislation and information systems.
- The block-scale aggregates the flows across multiple units, enabling greater efficiencies and economies of scale
- Test & benchmark results in real-time, with true case-control capacity via a sister-block.
Urban Block Re-Purposing
Design Objective: Social & Technological POV
- people + energy + water + wastewater ==> lowering resource end-use in the built environment
- design & implement a pilot around neighborhood engagement
- demonstrate efficient, functioning block-scale energy, water & wastewater treatment-and-reuse platform & retrofit process
- prototype & blueprint to replicate, improve & scale-up.
Design elements for resource-use efficiencies:
- Block-scale retrofit: optimized integration & operation
- communal solar & smart grid è electricity, storage & EVs
- communal waste re-use è bio-methane for cooking load, irrigation & compost for local, sustainable food systems
- Home-scale retrofit: whole-house energy + water solutions
- weatherization, EE appliances + lighting, smart controls
- grey-water re-use + water-conserving fixtures
- Institutional pathways: regulatory maneuvering & financing
Urban Block Re-Purposing
- $8M over two/three years, from multiple funding sources (corporate, philanthropic, etc.):
- Microgrid + storage $1.5 million / Waste-water $.9 million / Water $.3 million / Contingency$.3 million
- Radically improve building performance (energy+water) as urban adaptive response to climate change
- Social response & integration of community’s wishes
- Legal & regulatory pathways & advocacy
- Financial innovations based on ‘avoided costs’
- New ways to commercialize green water systems, clean energy technologies, microgrid–storage, DR, systems controls, FDD, behavior analytics, etc.
My research is driven by an interest in the broad-based environmental and social impacts of energy technologies and policies. This work seeks to make explicit the trade-offs that are often present between energy security, climate, and other important social and environmental objectives. In particular, I have worked on issues at the water/energy nexus, evaluating the “water footprints” of a range of energy technologies. Water and energy are inextricably linked, with electricity generation second only to agriculture in total global water withdrawals. This connection is particularly acute for bioenergy, as it is by far the most water-intensive of all energy types. My research has employed life cycle assessment (LCA), agro-climatic modeling, and GIS tools to show that biofuels routinely require several orders of magnitude more water than petroleum fuels while often providing only modest climate benefit.
I approach my research with an eye toward implementation. This has led me to work with California regulatory agencies on fuel policy formulation and to serve as vice-chair of the Geneva-based Roundtable on Sustainable Biofuels. Prior to coming to HSU, I worked in Rome for the United Nations Food and Agriculture Organization. While there, I provided support to the governments of Indonesia and Colombia in evaluating the environmental and social impacts of their biofuel industries, and in formulating policies to address those impacts.
Timothy E. Lipman is an energy and environmental technology, economics, and policy researcher and lecturer with the University of California — Berkeley. He is serving as Co-Director for the campus’ Transportation Sustainability Research Center (TSRC), based at the Institute of Transportation Studies, and also as Director of the U.S. Department of Energy Pacific Region Clean Energy Application Center (PCEAC). Tim’s research focuses on electric-drive vehicles, fuel cell technology, combined heat and power systems, biofuels, renewable energy, and electricity and hydrogen energy systems infrastructure.
Lipman received his Ph.D. degree in Environmental Policy Analysis with the Graduate Group in Ecology at UC Davis (1999). He also has received an M.S. degree in the technology track of the Graduate Group in Transportation Technology and Policy, also at UC Davis (1998), and a B.A. from Stanford University (1990). His Ph.D. dissertation titled “Zero-Emission Vehicle Scenario Cost Analysis Using A Fuzzy Set-Based Framework” received the University of California Transportation Center’s ‘Charlie Wootan’ Ph.D. dissertation award for 1999. He is also a 2005 Climate Change Fellow with the Woods Institute at Stanford University, and he also received a 2004 Institute of Transportation Engineers service award, a 1998 NSF IGERT teaching fellowship, a 1997 University of California Transportation Center Dissertation Grant, a 1996 ENO Foundation Fellowship, a 1995 University of California Transportation Center Dissertation Grant, and a 1994 Chevron Foundation Fellowship. A native of Golden, Colorado, he graduated Cum Laude from Colorado Academy in 1986.
Joanna Lewis is an associate professor of Science, Technology and International Affairs (STIA) at Georgetown University’s Edmund A. Walsh School of Foreign Service. Her research focuses on energy, environment and innovation in China, including renewable energy industry development and climate change policy. She is currently leading a National Science Foundation-funded project on International Partnerships and Technological Leapfrogging in China’s Clean Energy Sector. Her recent book, Green Innovation in China: China’s Wind Power Industry and the Global Transition to a Low-Carbon Economy, was awarded the 2014 Harold and Margaret Sprout Award by the International Studies Association for best book of the year in environmental studies.
Dr. Lewis is currently a non-resident faculty affiliate with the China Energy Group at Lawrence Berkeley National Laboratory. She also serves as an international adviser to the Energy Foundation China Sustainable Energy Program in Beijing, and is a Lead Author of the Intergovernmental Panel on Climate Change’s Fifth Assessment Report. She was a member of the National Academies Committee on U.S.-China Cooperation on Electricity from Renewables and has consulted for many domestic and international organizations including UNIDO and USAID. She serves on the Advisory Boards of the Asia Society’s Center on U.S.-China Relations and the American Council on Renewable Energy (ACORE)’s U.S.-China Program. Dr. Lewis was awarded a fellowship at the Woodrow Wilson International Center for Scholars from 2011–2012, and was a National Committee on US-China Relations Public Intellectuals Program Fellow from 2011–2013.
Previously, Dr. Lewis was a Senior International Fellow at the Pew Center on Global Climate Change and a researcher in the China Energy Group at the U.S. Department of Energy’s Lawrence Berkeley National Laboratory. She served as the technical director for the Asia Society’s Initiative for U.S.-China Cooperation on Energy and Climate, and has also worked at the White House Council on Environmental Quality, the National Wildlife Federation and the Environmental Defense Fund. From 2003–2004 she was a visiting scholar at the Institute of Energy, Environment, and Economy at Tsinghua University in Beijing and in 2010 was a visiting fellow at the East West Center in Honolulu, Hawaii.
Nate Hultman, Joanna Lewis and RAEL undergraduates in Washington, DC
Carla Peterman was appointed by Governor Jerry Brown in January 2011. She filled the Public Member position on the five-member Commission where four of the five members by law are required to have professional training in specific areas — engineering or physical science, environmental protection, economics, and law. Commissioner Peterman is the lead commissioner on renewable energy and transportation.
Ms. Peterman has conducted research at the University of California Energy Institute at Haas since 2006 and the Lawrence Berkeley National Laboratory from 2008 to 2010. She was an environmental business analyst with community development non-profit Isles from 2004 to 2005 and was an associate focused on energy financing in the investment banking division of Lehman Brothers from 2002 to 2004. Ms. Peterman also served on the board of directors for The Utility Reform Network from 2008–2011, most recently as Board Treasurer.
Ms. Peterman will complete her doctoral studies this year in Energy and Resources at the University of California Berkeley. Her research focuses on solar photovoltaic markets, policy, and financial incentives. She has also worked and written on a wide range of California energy and policy issues including, cap-and-trade, efficacy of local environmental regulations, climate change and communities of color, clean energy subsidies, and energy security. Peterman holds a B.A. in history from Howard University and an M.S. in environmental change and management and an M.B.A. from Oxford University, where she was a Rhodes Scholar.
Energy efficiency, renewable energy, and smart systems integration provides a rapid path away from local and globally polluting energy systems. This general assessment is particularly true for impoverished areas or those impacted by conflict. This is the case because the mixture of energy efficiency and renewable energy can generally be deployed far more rapidly and in more distributed a fashion than traditional, centralized, energy systems.
Kosovo is particularly in need, and particularly amenable to this sort of “rapid and green” development plan. This project, started to identify and quantify opportunities to choose a clean path instead of an ongoing fixation on coal, has now spread to examine both national and regional opportunities in Southeast Europe.