2. Milesell B.V.
Fossil fuels such as coal, oil and
natural gas with limited reserves.
01
Problem
Dependency, price fluctuations,
geopolitical tensions
Insufficient energy of solar
panels and large wind turbines
3. Milesell B.V.
02
Problem
Global Primary Energy Consumption (2020):
Fossil Fuels (coal, oil, natural gas): Approximately
80% of the world's primary energy consumption is
sourced from fossil fuels. Renewable Energy:
Renewables, including hydro, wind, solar, and
geothermal, make up around 11% of the global
primary energy consumption.
Coal: Coal remains the dominant source of
electricity generation in many countries, especially
in Asia. According to the International Energy
Agency (IEA), coal accounted for 35% of global
electricity generation in 2020.
Oil: Oil is a primary energy source for
transportation, industrial processes, and heating in
many regions. The transportation sector heavily
depends on oil, with over 90% of the world's
transportation fueled by petroleumbased products.
Natural Gas: Natural gas is used for electricity
generation, heating, industrial processes, and as a
feedstock for various products. The IEA reported
that natural gas accounted for 23% of global
electricity generation in 2020.
4. Milesell B.V.
03
Problem
As the winter season approached, many
European countries found themselves with low
natural gas reserves and a limited ability to import
more due to increased demand from Asia and
supply disruptions from Russia.
This led to a spike in natural gas prices, which in
turn affected the price of electricity across the
continent.The crisis has had significant impacts on
industries and households across Europe, with
some countries implementing emergency
measures such as rationing gas supplies and
increasing subsidies for energy-intensive
industries.
The crisis has also raised concerns about the
reliance on natural gas as a primary energy
source, and the need to accelerate the transition
to renewable energy and energy efficiency
measures.In conclusion, the recent energy crisis
in Europe highlights the importance of renewable
energy as a sustainable, reliable, and cost-
effective source of power.
5. Milesell B.V.
04
Problem
By transitioning to renewable energy sources such
as wind and solar, we can reduce our dependence
on finite resources, improve energy security, and
mitigate the impacts of climate change.
While there are challenges to this transition, new
technologies and innovations are being developed
to overcome thesechallenges and create a more
sustainable and prosperous future for all.
Such efforts are essential to manage ongoing
supply risks without harming economic activity
orcompromising climate targets.
Global CO2 emissions from natural gas fell in
2022 by 115 million tonnes, withthe European
Union alone accounting for more than 100 million
tonnes of this reduction.
6. Milesell B.V.
05
Solution
Residential and Urban Settings
In urban environments with moderate wind speeds (typically between 4-6meters per second), small-scale wind turbines with capacities
ranging from 1 kW to 10 kW can be installed on rooftops or within the vicinity of buildings.
On average, a 10 kW wind turbine operating at 5 m/s wind speed could produce approximately 20,000-30,000 kWh of electricity
annually.In densely populated areas, the cumulative capacity of small-scale wind turbines can contribute significantly to local energy
needs.
All 9,866,539 buildings in the Netherlands are
shaded by year of construction.
Source: code.waag.org
There are approximately 131 million buildings within the Member
States of the European Union, the vastmajority of these buildings are
residential, by a factor of almost ten to one in absolute terms.
7. Milesell B.V.
06
Solution
Commercial Environments
In industrial or commercial settings with larger land area, medium-
sized wind turbines with capacities ranging from 5 kW to 20 kW or
more can be used.
Horizontal wind turbines are more suitable for commercial
environments. However, more than one vertical wind turbine or
our Rooftop model can be installed where a horizontal turbine
cannot be installed.
Commercial buildings in the Netherlands
Commercial buildings need more energy than residential buildings.
Therefore, energy costs can be reduced with multiple wind turbines and
solar panels.
8. Milesell B.V.
07
Solution
Transportation Systems
Wind energy generated by moving vehicles (artificial wind energy)
can be harnessed using innovative technologies.
Like wise, wind turbines placedbetween train tracks would create
an additional source of energy.
Apart from that, wind turbines installed onboats can contribute to
the city grid by both providing the energy of the boat and storing
it.
By installing wind turbines on highways, the cumulative potential
energy from the passage of large numbers of vehicles will
contribute to the city grid.
9. Our new Rooftop model. (Prototype)
08
Solution
Milesell B.V.
2 kw power per module for homes
4 kw power per module for business
Ability to add modules according to the
size of the roof.
110 cm height x 220 cm length. Can be
installed in all kinds of buildings,
including city centers. The architecture of
the building is not disturbed and solar
panels can be added to the rest of the
roof.
An average of 7 models can be installed
according to the roof length. 7 models
will produce a total of 7000 watts of
electricity. (for houses)
10. Electricity, heating, cooling systems and transportation vehicles provide fuel.
09
Solution
Milesell B.V.
For houses and apartments,
including city centers. Quiet and
architecturally appropriate
For places with high energy
needs such as business, schools,
etc.
To support the city grid and for
vehicle charging stations and
likewise
Business Vertical Wind Turbine
Rooftop Home
11. Milesell B.V.
Silence, low wind power
10
Uniqueness
• <37dB(A) Makes as much noise as a refrigerator.
• 1.5 m/s (3.4 mph) Produces energy at the lowest wind speed.
• Common use with solar panels.
• Installation with construction on flat roofs.
• It does not create visual pollution. It can be installed in buildings in city centres.
• It continues its effect on cloudy days and night hours when solar panels are not sufficient.
12. Milesell B.V.
AI control minimizes maintenance costs
for both our company and our customers.
AI control - Low Maintenance Costs
11
Uniqueness
Reducing Failure Rate and Maintenance
Cost of Wind Turbines
13. Customer portfolio is very broad
12
Customer Traction
Milesell B.V.
Individual: Home, Apartment Private: Office, Factory Government: Highway, Train
14. Milesell B.V.
A house with an average daily electricity consumption of 10 kw
Payback period: 2 years
Working Lif: 30 years
Maintenance is free for the first 5 years.
Maintenance costs for the following years average 200 euro per year
13
Customer Cost
Technical Data 2 Kw Rooftop Wind Turbine
Wind Speed
(m/S)
Power(Watt) CONSUMERS BUSINESS
2 7 CONSUMPTION AVARAGE
Daily of 20 kW.
Monthly of 600 kW
Annual of 7.200 kW
3 23
4 56 PRODUCTION AVARAGE
Daily of 15,5 kW - At least 5 modules
Monthly of 466 kW
Annual of 5.592 kW
5 109
6 188 Starting Wind Speed 3 m/s
Rated Wind Speed 12 m/s
Every module 40 Kg
Max Noise 20 dB
7 298
8 444 Installation costs vary according to the condition of the building.
Pole, construction, labor, etc. we can say 2000 euro on average.
9 633
10 868
Note: Inventer, battery etc. products are not included in the
installation. This product is installed with module system
according to the length of the roof.
11 1155
12 2000
Technical Data 4 Kw Rooftop Wind Turbine
Wind Speed
(m/S)
Power(Watt) CONSUMERS BUSINESS
2 340 CONSUMPTION AVARAGE
Daily of 70 kW
Monthly of 2100 kW
Annual of 25.200 KW
3 469
4 539 PRODUCTION AVARAGE
Daily of 24,4 kW At least 5 modules
Monthly of 732 kW
Annual of 8,784 kW
5 798
6 980 Starting Wind Speed 3 m/s
Rated Wind Speed 12 m/s
Every module 80 Kg
Max Noise 20 dB
7 1234
8 1960 Installation costs vary according to the condition of the building.
Pole, construction, labor, etc. we can say 2000 euro on average.
9 2420
10 2983
Note: Inventer, battery etc. products are not included in the
installation. This product is installed with module system
according to the length of the roof.
11 3636
12 4000
16. Milesell B.V.
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Risk Analysis
Wind as a power source is intermittent. Wind speeds and directions can vary greatly from hour to hour and day to day, making it difficult to
generate a constant flow of electricity on a continuous basis.
The upfront costs of installing wind turbines can be significant, especially for larger turbines that can generate more power. This can make it
difficult for small businesses or organizations with limited resources to invest in wind energy.
Wind turbines require regular maintenance to ensure optimal performance and longevity, which can be time-consuming and costly.
Wind energy can be subject to regulatory and policy uncertainties, especially at the local and regional level. Depending on the location of
the building and the political climate, obtaining permits and navigating regulatory processes can be a significant hurdle for businesses
looking to invest in wind energy
The potential impact of wind turbines on local wildlife and ecosystems. They can pose a threat to some species of birds and bats that may
collide with turbine blades. In addition, wind turbines can disrupt the habitat and migration patterns of some species, which can lead to
unintended ecological consequences.
20. S A
DIRECT SALES STRATEGIC
ALLIANCES
• Marketers
• Social Media
• Internet
• Tv,Fairs
KM Engineering
Business Model
D
DISTRIBUTORS
USA, Turkey,
Italy, Latvia
C
CUSTOMERS
30 Years
Guarantee
Milesell B.V.
19
Triax Energy
C.A. Koeling
22. 10 Year
5 Year
1 Year
Milestones/Roadmap
To establish branches and
warehouses with the Dutch
brand in all of Europe and the
Middle East. To establish
technical support, spare parts
network and to train trained
personnel.
Installing on 50% of the
buildings in the
Netherlands.
Establishment of
warehouses and
offices. Introducing
ourselves to our
potential customers.
23. We could not cooperate with any
company in the energy sector. We
did not receive any investment. Our
marketing team will go specifically
to solar panels and talk about the
advantages of our wind turbines.
This process takes time. During this
time lebanon etc. We will finance
ourselves with the revenues we get
from countries. We are also in talks
with our contacts in Italy and
Latvia. We are planning to ship
products via Netherlands. Until the
sales of our wind turbines reach
the desired level.
Worst Case Scenario
Our marketing team also markets
our products. We have made
agreements with companies
named in the energy sector. This
will save us time rather than
money. Because we will be able to
add our products to the customer
portfolios of well-known
companies that are already doing
this job. We will be able to
intervene more quickly to the
problems that arise. In this way, we
expect 50% growth in the first year.
Realistic Case Scenario
Our marketing team is active. We
have made cooperation
agreements with companies in the
energy sector. And we got the
investments we wanted from the
investors. We will be able to enter
the market much faster. In our first
year, we will be able to establish
branches in countries other than
the Netherlands. Our product
marketing will be valid for the
whole of Europe.
Best Case Scenario
Potential Outcomes
Milesell B.V.
21
24. THE
PRODUCT
100% A country in the
sun
%15 Building Using Solar
Panel
electricity generation
Storing
excess
electricity
Results
25%
25%
Energy increase after
integrating it into solar
panels
100%
Buildings using
integrated wind turbines
with solar panels
Example Installation Lebanon
Case Study/ Use Cases
Lebanon is a country that suffers from frequent and prolonged power
outages. There, we installed our wind turbines in 4 houses and 2
multi-storey buildings used as student dormitories. Although these
buildings had solar panels, they could not provide sufficient electricity
generation. And the wind turbines, which were in the same area as
these buildings and bought from China, were not spinning even
though there was enough wind.
After installing my wind turbines in buildings and integrated work with
solar panels, there was a 100% energy increase. Solar energy, which is
insufficient at night and in cloudy weather, has reached full efficiency
thanks to our wind turbines. There was no electricity problem in the
multi-storey and crowded student dormitories. The extra energy
stored in the houses was given to the city grid.
Milesell B.V.
22
25. The Milesell company team is passionate about sustainability
and helping the environment.
Eser Sevinc Can Bölükemini Ayberk Dikmen
Chief Executive Officer Chief Marketing Officer Chief Technology Officer
Can is a dynamic and results-oriented
marketing professional with a proven
track record in the renewable energy
sector.
As a CTO, they have successfully led
the development and implementation
of innovative technologies in wind
turbine systems.
Their strategic vision, combined with a
focus on innovation and customer-
centric solutions, drives our
company's growth and positions us as
a leader in the renewable energy
industry.
Our Team
Milesell B.V.
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