SUSI Partners AG addresses three main pillars of energy infrastructure: renewable energy generation, energy efficiency, and distribution/storage. SUSI has launched funds focused on sustainable euro infrastructure and renewable energy generation, plans to launch an energy efficiency fund in 2012, and a energy storage fund in 2013. SUSI aims to become a leading financier for global sustainable infrastructure, which the EU predicts will require 1 trillion euros in investment over the next decade to meet 2020 energy goals. Studies have shown that wind turbines produce over 20 times more energy over their lifetime than is required for their mining, manufacturing, and recycling.

1. SUSI Partners AG
Addressing the Three Main Pillars of Energy Infrastructure
SUSI Partners AG
Renewable Energy Distribution /
Energy Efficiency
Generation Storage
SUSI Sustainable Euro SUSI Energy SUSI Energy Storage
Fund I Efficiency Fund Fund
(operational) (launch in Q2 2012) (planned for 2013)
enerCIS Infrastructure
Fund
(in preparation; joint
venture with 50.1%
shareholding)
Becoming a leading financier for
global sustainable infrastructure
1

2. Need for Sustainable Energy Infrastructure
Infrastructure Market Outlook
Global Potential for Sustainable Global Asset Financing for
Infrastructure Improvements1) Renewable Energy ($bn)2)
38 128
36 115
107
34
32 90
30
28 62
26
24 37
22
2005 2010 2015 2020 2025 2030 18
Energy Efficiency Fossil fuel switch
2004 2005 2006 2007 2008 2009 2010
Renewable energies Nuclear energy
Carbon capture and storage Remaining CO2 emissions
Sustainable infrastructure is a space that EU Commission predicts will require EUR 1 trillion
investment over the next 10 years to meet their 2020 energy goals
Source: 1) Eco-efficiency: Sources for CO2 abatement
2) BNEF: Global Trends in Renewable Energy Investment 2011 2

3. SUSI Partners AG
Wind and Solar Energy Provide Measureable Emission Reductions
Independent life cycle assessments have documented that over the lifetime of a wind turbine generator, it
produces 20.24 times more energy than what is needed to mine, meld, construct, and recycling the machines.
Nalukowe, Barbara Batumbya. “Life Cycle Assessment of a Wind Turbine“. 2006.
Eco-Invent. UCTE Electricity. 2006.
EU Commission. Eurostat. 2009.