Mini renewable high tech power plant in a standard sea container

1. SOLUTIONS FOR THE FUTURE IN ENERGY

2. 1. Content
1. Content
2. Important to know
3. The message
4. Goals
5. Purpose
6. Target markets
7. Current technology
8. Future technology
9. Characteristics
10. Unique Selling Proposition
11. The company
12. Network of cooperation
13. Contacts

3. 2. Important to know
 Worldwide, 2 Bio. People have no access and another 2
Bio. People have only limited access to energy
 Worldwide, 1.5 Bio. People have no access to drinking
water
 Worldwide only 27% of people living in rural areas have
direct access to water

4. 3. The message
Access to drinking water and energy
for vast parts of the population
need not to be utopia
-
it only needs to become bankable.

5. 4. Goals
Location independent (off – grid)
Enabling of a self-sufficient energy / water supply
Provide renewable energy 24/365
Supply of clean water
Optimize sun & wind power generation, 1 + 1 = 3
Easy to build, easy to erect, easy to maintain
= Thus, improving the quality of life

6. 5. Purpose
Decentralised energy supply in off-grit locations
Island solutions for power generation & supply
Basic energy supply in rural areas
Decentralised drinking water purification / water desalination
for remote / touristic areas
for small communities and remote estates
Basic supply for permanent and temporary (technology) camps
Research stations
Short wave and hydrological stations
First aid
in areas of disaster

7. 6. Target markets
North America (Energy)
Mediterranean countries
Israel (Energy & water)
Turkey (Energy & water)
Spain (Water)
Middle East (Energy & water)
Asia (Energy & water)
South America (Energy & water)
Africa (Energy & water)

8. 7. Current technology
A wind power unit with a nominal electrical output of 2.5 resp. 5 kW
A solar power unit with a nominal electrical output of 2.5 up to 25 kWp
A storage system with 10 - 30 kWh
An intelligent energy management system with remote control
A diesel generator with an electrical output of 5 kW (optionally run
with biodiesel)
Optional: water treatment units with an output of 10 cbm/d (from
seawater) or up to 50 cbm/d (from contaminated sweet water)

9. 7. Current technology, cont.

10. 7. Current technology, cont.
Wind turbine
Photovoltaic
Storage
Battery Power generator
(Diesel / Biomass)
Water purification
Consumption

11. 8. Future technology
Innovative wind power plant with 3, 5 or 10.0 kW actual power output
Solar-thermal plant with 3.5 to 10.0 kWp
Innovative steam engine with a maximum capacity of 10 kW
Air pressure accumulator with a maximum capacity of 10 kWh
Electronic process measurement and control systems
A diesel generator with an electrical output of 5 kW
(optionally run with biodiesel)
Optional: water treatment units with an output of 10 cbm/d (from
seawater) or up to 50 cbm/d (from contaminated sweet water)

12. 8. Future technology, cont.

13. 8. Future technology, cont.
Wind turbine Solar thermal device
Storage Steam
engine
Pressurised air
Consumption Water purification / production
Power generator
(Diesel / Biomass)

14. 9. Characteristics
Renewable Energies
Wind
Sun
Biomass
Flexible solution
modular build
scalable / extendable
plug & play
Easy manufacturing
production on large scale
easy to maintain & service
Simple to erect and disassemble
High mobility

15. 10. Unique selling proposition
Predominantly renewable energy generation
Usage of solar thermal components
Usage of pressurised air instead of batteries (Phase II)
Can be operated in living quarters and holiday resorts
Can be operated under extreme climatic conditions
Certification of most components
Technology transfer and local assembly wanted

16. 11. The Company
Year of foundation: August 2007
Place of residence: Berlin
Goal: Development of autarkic systems
Core Project: The “Power&LifeContainer”(PLC)
SaEnergy Systems GmbH possesses
- all relevant patents
- a team of highly qualified staff in the areas of
- Research & Development
- After Sales Support
- Marketing and sales
- Quality control and assurance

17. 12. Network of cooperation
7 + 1 small & medium sized companies
Development, manufacturing & support of wind turbines
Sales & installation of photovoltaic systems
Development, manufacturing & support of high end batteries
Development & manufacturing of pressure tanks and flow
_technology
Development & manufacturing of mounting technology
Development & manufacturing of compact engines & generators
Logistics co.
+ SaEnergy Systems
3 universities
Flow optimization / Fluid Dynamics
Thermodynamic
Material analysis & simulation technology

18. 13. Contact
SaEnergy Systems GmbH
Fasanenstrasse 85
10623 Berlin, Germany
Tel.: +49-30-2000 394 80
Fax: +49-30-2000 394 89
Mail: Info@SaE-Systems.net
www.Sae-Systems.net