Clean Energy Technology Integration Services

1. CETIS
Clean Energy Technology Integration Services
Corporate Profile 2009

2. Clean Energy Technology Integration Service
The age of cheap fossile fuel based economies appears to be over
A new era is upon us, challenging us to venture beyond the achievements of the past and meet the needs of the future
ENERGY SECURITY ENVIRONMENTAL STEWARDSHIP
A CHANGE TOWARDS A MORE SUSTAINABLE ENERGY SYSTEM
ECONOMIC PROSPERITY

3. Clean Energy Technology Integration Service
Transforming the Global Energy Mix
• Climate change concerns and economics dictate that
we start changing the ways we think when it comes to
energy systems
• Efficiency is a key paramete
• Large scale renewable energy introduction is a
p
priority
y
• Only a mix of all measures can achieve the objective
of sustainability
• Hydrogen will play a major role as Energy Storage
Vector and Enabler of Clean Efficient Transport
Systems
No single technology is likely to achieve sustainability. An efficient balance, smartly
engineered customixed system will become the solution to our energy needs

4. Clean Energy Technology Integration Service
Profile NTDA Energía
NTDA Energía, founded in 2002, has established its leadership position by acquiring a wide experience in energy efficiency, renewable
energy integration, hydrogen and fuel cells. We offer our clients a unique vision for new energy technologies, effectively balancing its
strong position in an evolving energy market. This is achieved through a wide portfolio of corporate relations with both Spanish and
international companies
NTDA holds a leading position at institutional structures at the EU Commission on Hydrogen and Fuel Cells
•NTDA has been working in this field since its founding in 2002 and has become an influential force in the European Community
•As engineering consultants we focus on solutions for today´s challenges towards a Low Carbon Footprint Society
g g y g p y
Mission: NTDA Energía is a company engaged in the contribution towards the design and implementation of a sustainable energy
strategy for your company. Through its wide network portfolio NTDA Energía offers its clients state of the art energy efficiency, green
energy generation and green energy storage technologies, focusing mainly on Hydrogen and Fuel Cell technologies.
Vision: In NTDA Energía we are inspired by the vision of a dramatically different future – a future were new energy technologies not
only contribute to a better environment but also provide a better quality of life at global level. This will only happen through investment
and deployment of efforts to develop new energy technologies that cover the demands and prospects of our society in a sustainable
manner.

5. Clean Energy Technology Integration Service
Executive Team
Herbert Wancura Agustín Escardino Sari Baixauli
Chief Executive Officer Chairman Chief Financial Officer
EU JTI EU JTI
Governing Board Member Governing Board Member
• Senior Manager – Audit Department
• Executive Staff Engineer Neste EU Embassy in China – Commercial PircewaterhouseCoopers
Battery Austria Counsellor
• Director Business Development, AVL European Commission – DG External
North America, Inc. Relations
• Director Global Marketing AVL List Akin, Gump, Strauss, H
Aki G St Hauer & F ld
Feld
GmbH, Austria International – Attorney
• INTEMA Consult GmbH, CORONA
Biotechnology GmbH Co-Founder
and Managing Director
• Director – ALPPS Fuel Cell Systems
GmbH, Austria

6. Clean Energy Technology Integration Service
Team
Our professional team is one of our most prized assets and represents the core of what makes NTDA Energía so unique.
The team combines high level experts specialized in energy efficiency, renewable energy, H2 and fuel cells in addition to
cross cutting issues such as financial engineering, economics and marketing. We all share a firm commitment towards the
vision of NTDA Energía
Energía.
Engineering Qualification Economic Qualification
E i Q lifi ti Project Assisstance
•1 Ph D • 1 Ph. D •1 BA
•3 M. Sc. (Chemical and Process • 2 MBA •1 Executive Assistant
Engineering, Industrial Engineering)
• 1 MA
•2 B Sc. (Mechanical and Electrical
Engineering) • 1 BA

7. Clean Energy Technology Integration Service
CETIS (Clean Energy Technology Integration)
NTDA has developed the CETIS (Clean Energy Technology Integration Service) Methodology enabling us to act as
Consulting Engineers towards Low Carbon and Energy Cost Systems via:
Lowering Energy Consumption by applying high energy efficiency technologies e g advanced illumination technologies and
technologies, e.g.
facility controls
Recover Energy using Energy Storage Solution (e.g. Waste Heat stored for later use in a different asynchronous process, or
convert high temperature waste heat to electricity via ORC technology etc )
technology, etc.)
Using Trigeneration (Heat, Cold and Electrical Power)
Integrating Renewable Energy such as e.g. Large Scale Solar Heating and Cooling, or Waste to Energy Technologies
Assisting Clients to participate in Large Scale Demonstration Programmes for Advanced Energy Technology (e.g. EU
Framework Programme 7) to lower entry cost.

8. Clean Energy Technology Integration Service
NTDA Energía Partner Network
Industrial Partners
•Air Products
•MTU onsite energy
•SOLID
•Cryostar
•Beaconpower
Binder
•Binder
•Agnion
•
NTDA Client
Scientific Partners
S i tifi P t
•ITC at Univ. JaumeI, Castellon
•Arsenal Research
•University of Rome “Tor
Vergata”
•HyCentA
•Austrian Bioenergy Center
•ECN
Vito
•Vito

9. Clean Energy Technology Integration Service
Client Profile
Industrial Clients
• Vehicle Industry – Feasibility Studies, Contract Engineering H2 Vehicles
• Process Industry – Application of H2 based technology for reduced CO2 Signature
• Process I d t – E
P Industry Energy Effi i
Efficiency A dit and ESP A
Audits d Assessments i l di i l
t including implementation
t ti
• Power Generating Industry – Specialty efficiency Improvement in the auxiliary processes
• Building Industry – Sustainable Building Concepts
Public Clients
• Strategy Development – Transformation of Communities towards Low CO2 and H2
• Public Transport - Technology Assessment and Development Paths
• Various EU Projects on accelarated renewable integration
Internal R&D
I t l
• CO2 Storage via biopathways
• Ocean Wave power via improved OWC processes
• UPS System Development
• Hydrogen on demand for UPS
• SOFC materials and Cell Development

10. Clean Energy Technology Integration Service
Energy Sources
Energy planning represents an investment-decision
problem and investors commonly apply portfolio theory to
manage risk and maximize portfolio performance.
Adding renewable energies produces diversified portfolios
with lower expected generating costs maximizing
efficiency.
Biomass
Biogas / Waste
Thermosolar
Thermosolar
Photovoltaic
Wind Power
Ocean Power
O P
Geothermal
ORC Processes

11. Clean Energy Technology Integration Service
Energy Maps
Tidal Power Sun Power
Thermosolar
Ocean Power Wind Power

12. Clean Energy Technology Integration Service
Energy Efficiency
Energy Efficiency Services help you develop a strategy to
optimize energy consumption throughout your
infrastructure.
Through the right combination of power and cooling
component choices, can manage energy consumption
more effectively
Lighting (CFL White LEDs)
Li h i (CFL, Whi LED )
Domestic Appliances Operation
Thermosolar
(Smart Operation Concepts using
IP type Comm)
Heating/Cooling (Sustainable
Building)
B ildi )
Communication

13. Clean Energy Technology Integration Service
Energy Eficiency
This service is based on the modification and installation of energy saving equipment. Our team of professionals will provide a rapid
energy diagnostic. Major energy inefficiencies will be detected and the most appropriate equipment will be identified to be installed
so that such failures are resolved.
Our engineers conduct an on-site data capture. For this we use the latest technologies in energy diagnosis. Once the data is
on site
collected and analyzed, NTDA Energía will list the various measures and relevant criteria such as (equity saving, energy and /or
economic return and necessary investment).
Proposal on Implementation
Energy Audit plant of plant
modifications modification

14. Clean Energy Technology Integration Service
EnergyStorage Technology
Energy Storage Technology
Energy storage has critical roles to play in securing
our energy future including:
- Serving as an "electricity reserve" much like the
national Petroleum Reserve
- Stabilizing electricity markets
- Stabilizing the transmission and distribution grid
- Enabling more efficient use of existing generation
assets
- Making renewable energy economically viable
g gy y
Heat Storage
Electricity Storage (
y g (Batteries,
,
Flywheels, Super capacitor)
Hydrogen
Hydrogen
10m3 @50bar =1.5MWh

15. Clean Energy Technology Integration Service
Fuel Cell Application
•provide electricity and heat
•areas not served by a national power grid
Large Stationary •schools, office blocks, hotels & banking
facilities
f
• power output below 10kW
Small Stationary • private households or small businesses
• power remote sites
• replace the internal combustion engine
Transport • performance
• in part load twice as efficient

16. Clean Energy Technology Integration Service
Project Delivery Process
Strategic Assessment
Analysis of Energy Services Requirements
y gy q
Energy Efficiency Potential Assessment
Available Local Recources for Energy
Matching (Global/Time Domain)
Economic Impact Analysis
Stakeholder Involvement Program
Priority List
Joint objectives met?
YES NO
Implementation Plan

17. CETIS
THANK YOU
Corporate Profile 2009