Upload
jeff-gallagher
View
234
Download
0
Embed Size (px)
Citation preview
Vision: By 2030 we are the globally leading
brand for truly renewable energy solutions
Mission: To develop and commercialize the
world’s most renewable energy solutions by
using renewable or recycled materials as
structures for renewable energy
technologies
Value Proposition: Smart and resource-
efficient solutions with
Exclusive Design for those who afford
Affordable Design for those who need
POWER TO THE PEOPLE
1
WE PAVE A NATURAL PATH TO THE WORLD’S MOST
RENEWABLE ENERGY SOLUTIONS …
Senoren Mörbylånga Karlskrona Karlskrona Karlskrona
Karlskrona
Borgholm
SWEDEN
Särö
Katrineholm Malmö Hyllie Malmö Hyllie Malmö Västra HamnenHagestad
HOLLAND FRANCE PHILIPPINES
Rotterdam St. Tropez Hills of Grace2
… WITH INSTALLATIONS IN 5 COUNTRIES ACROSS 3
CONTINENTS
THE WORLD IS OUR LAB CO-CREATING UNIQUE WOODEN
STRUCTURES THAT COMBINE SUSTAINABILITY, BEAUTY,
DURABILITY, INTELLIGENCE, SILENCE …
More than 6000 engineering hours were put in
the development of InnoVentum wooden
towers, resulting in the Dali, the Dalifant and
the Giraffe
All designs were tested in 1:10 scale
prototypes for design validation
The Dali tower was tested in 2010 full scale in-
house for the measurement of all critical
parameters. Similar full-scale tests are made
for the Dalifant and the Giraffe. 9 design
protections in total.
After 12 months of testing, a second
generation of the Dali was developed resulting
in an international patent application (PCT –
awarded August 2015) and the PowerTower
hybrid. Design protections were filed for the
Giraffe and awarded in 20153
Product Name Height Production Energy Density Cost
1. Dali PowerTower: 12 meters 9.000 kWh/year 300kWh/m2
€22.000
2. Giraffe 2.0 12 meters 15.000 kWh/year 625kWh/m2
€55.000
3. Dalifant 20 meters 40.000 kWh/year 600kWh/m2
€88.000
4. Rooftop Hybrid 10 m above roof. Production and cost depending on configuration
INNOVENTUM – THREE CORE PRODUCTS WITH FOUR
APPLICATION AREAS AFTER FIVE YEARS OF R&D
1. Dali PowerTowerA hybrid power solution both for exclusivity
markets and developing economies where
no installation equipment, such as a
crane, is available
(off-grid is a more affordable “lite” version)
3. DalifantCombining beautiful design with extreme
return on resources for eco-farms,
resorts and green companies.
Compared to a large-scale windturbine,
the Dalifant delivers FIVE TIMES MORE
ENERGY per kilos of materials used.
4. Hybrid Rooftop SolutionSmart wooden Dali tower & wind
turbine w. solar PV on wooden
frames & green roofs (Triple Green
Roof) for rooftop installations
2. Giraffe 2.0 An exclusive wind &
solar design with strong
potential as EV charger.
Design supported by
Santiago Calatrava.
Extreme energy density.
4
One Narrow Product Family for Wide Application Areas:
EV charging at shopping centers, “green” petrol stations, hotels, spas etc.
Power stations as natural part of urban infrastructure
Distributed energy generation for battery-assisted grid installations as part of EV infrastructure
Power station can power lights, LED screens, bus stops, skating rinks etc.
Rooftop installations to make green buildings energy-independent
Power station for eco-farms, resorts, rural infrastructure
Promotes independence from the grid and utility companies, lowers CO2 footprint, marketing tool
for green business
5
APPLICATION AREAS FROM EV CHARGING AT SHOPPING
CENTERS TO POWER STATIONS FOR OFF-GRID MARKETS
One Narrow Product Family for Wide Application Areas:
Power station for remote off-grid markets (installed off-grid with a battery backup)
Specific advantages: modular construction can be easily transported; the installation process can
be managed without a crane or heavy equipment
Ideal for energy-access projects targeted towards people without power – often financed by
organisations such as ADB or UNDP
6
APPLICATION AREAS FROM EV CHARGING AT SHOPPING
CENTERS TO POWER STATIONS FOR OFF-GRID MARKETS
7
SYNERGIES ACROSS ALL PRODUCTS – VITAL TO OUR
SUCCESS
Hybrid solutions combining wind & solar
PV with beautiful design
Same PV panels, wood-supply, wind
turbines (small-scale), electronics and
foundation solution
Modular solutions for cost-efficiency, ease
of transport & installation – even without
crane or any heavy equipment for the Dali
Same Sustainability:
Common solution for foundations –
Patent-protected screws instead of
concrete
Sustainable Renewable Materials –
Solid wood and glue laminated timber
Common supply chain:
High volumes in the affordability segment
drive down COGS, which increases
profitability in the exclusivity segment
Synergies Across All Products
The Giraffe 2.0 special feature:
unusual intelligent design
leveraging the opportunity to
produce more solar energy thanks
to smart angling of the PV panels.
Extreme energy-density thanks to
angling and PV-wind hybrid
The Dalifant special feature: 8-leg
modular design of the tower for
easy erection and silent operation.
Delivers 5 times more energy per
kilo of materials than Enercon’s
and Vestas’ best performing 3MW
turbines
The Dali Tower special feature:
patent-protected 3-leg modular
design that has only 1.2 m3
packaging volume and allows for
easy tower erection without a
crane. Perfect for remote locations
and 100% conform with UNDP
specification. PV hybrid possible
ADB contract awarded and signed: “Supply of Wind Turbines with Controller and
Inverter for the Eluvaithivu Wind-Solar Hybrid Pilot Subproject, Sri Lanka” for
Distributed Small Wind Systems in Asian Rural Areas”. The first confirmed contract
in excess of $100 000 (US) as pilot to qualify for additional contracts: Total
value of the pilot project for this group of islands is $3.8 million (US).
InnoVentum is invited to bid for the “Development of Long Term Agreements
(LTA) for Renewable Energy Products and Appliances”. This is the second stage
in the collaboration process with UNDP after InnoVentum was selected among
multiple candidates in the process of bidding for the “Request for Information (RFI),
Solar and wind energy solutions for UNDP Offices, programmes and projects
(UNDP/PSO Ref. 600180)”. In case of success, InnoVentum will be granted a long-
term agreement for the procurement of our products (in particular, small-scale wind
turbines) for all suitable projects within UNDP without the need to participate in
lengthy and cumbersome public procurement process..
The UNDP spec for wind turbines was recently adopted to “should be modular and
possible to install without heavy equipment – ideally using a winch” = full
conformity with the PowerTower
RECENT SUCCESSES
8
10
FOCUS ON MODULARITY OF CAD-CNC MANUFACTURED
PARTS REDUCES INSTALLATION TIME AND COSTS –
WHILE ENHANCING SCALABILITY
In the process of second round of R&D, the number
of unique parts was reduced by factor SIX (6):
A dozen Manufacturing Partners confirmed with validated CNC
capability and confirmed ability to produce our CAD designs:
2013 – Giraffe: 66
Unique Parts
2014 – Giraffe 2.0: 11
Unique Parts
See a Giraffe 2.0 installation in
a 1-minute-video:
http://www.innoventum.se/giraff
e-2-0/
WOOD CAPTURES CO2
– AS OPPOSED TO STEEL THAT
CAUSES CO2
EMISSIONS
Wood has the unique ability to capture and
store CO2 while reducing carbon sources.
There are 2 ways to reduce CO2 in the
atmosphere:
reduce emissions or “carbon sources”
remove CO2 and store it - increasing “carbon
sinks”
Wood has the unique ability to do both.
Each cubic metre of wood saves a total of 2
tons of CO2
Source: Tackle climate change, USE WOOD
DALIFANT – DEVELOPED AND VALIDATED WITH VINNOVA
TO DELIVER MORE ENERGY PER MATERIAL UNIT USED
THAN ANY OTHER TURBINE SOLUTION IN THE WORLD
12 12
DALIFANT – FIVE TIMES MORE ENERGY PER MATERIAL
UNIT USED – COMPARED TO LARGE SCALE WIND
13
Images System
Rated Power
Rotor
Diameter
Tower
Type &
Height
Yearly
Pro-
duction@6 m/s
in kWh
Total Weight RATIO
Dali
Performance
3,5 kW
4 m
Wood
12 m7 736
Tower: 0,70 T
Nacelle: 0,17 T
Rotor: 0,015 T
Foundation1: 0,06 T
Total: 0,945 T
Energy x 5,1
Power x 3
Weight x 4
=
Increasing
Return on
MaterialsDalifant
11 kW
13 m
Wood
20 m39 600
Tower: 2,85 T
Nacelle: 0,7 T
Rotor: 0,2 T
Foundation1: 0,2 T
Total 3,95 T
Enercon
2MW
E-70 E4
2 300 kW
71 m
Concrete
90 m
3 800
000
Tower: 680 T
Nacelle: 65 T
Rotor: 43 T
Foundation2: 875 T
Total 1 663 T
Energy x 1,2
Power x 1,3
Weight x 1,5
=
Decreasing
return on
Materials
Enercon
3MW
E-82 E3
3 000 kW
82 m
Concrete
138 m
4 900
000
Tower: 1180 T
Nacelle: 80 T
Rotor: 55 T
Foundation2: 1250T
Total 2 565 T
Dalifant: 10,6 kWh per kilo of material used
Enercon: 1,9 kWh per kilo of material used1) Screw foundation
2) Concrete foundation
14或者参观安装在马尔默/瑞典美洲杯港口入口处的第一个Giraffe 2.0
GIRAFFE 2.0 – DESIGN CO-CREATED WITH DR. SANTIAGO
CALATRAVA AND HIS CHIEF DESIGNER MARK PFISTERER
WE ARE THE GLOBAL LEADER IN RELIABLE AND
HYPERSILENT ROOFTOP HYBRID INSTALLATIONS
16
Rooftop on Library of a University – with maximum noise tolerance-level at 37 DbA
INSTALLATIONS IN SWEDEN, FRANCE, THE PHILIPPINES(PV ANGLE DEPENDS ON INSOLATION LEVEL)
POWER TOWER – EASE OF TRANSPORT & INSTALLATION
18
SHIPMENT TO THE PHILIPPINES – LESS THAN 5M3
PER
SYSTEM
wind turbine
Total volume of the package: 4,55 m3
Total weight: 1550 kg
Dimensions: 2,8m x 6,8m x 2,8m
19
MODULARITY FOR EASE OF TRANSPORT + TOWER IS RAISED USING A WINCH
EASE OF INSTALLATION WITHOUT ANY EQUIPMENT
20
One standard
screw (that can be
installed using
hand-held
equipment)
replaces 1 cubic
meter of concrete
For the 6
windturbine
installations in Sri
Lanka, we avoid
the use of 18 m3,
or 50 tons, of
concrete
WE MAXIMISE USE OF WOOD AND MINIMIZE USE OF
CONCRETE
21
OUR FOCUS ON HYBRID SOLUTIONS IS BASED ON
PERFORMANCE, RELIABILITY AND SUSTAINABILITY
22
Deep discharge zone
reducing battery life by 80%
Ericsson W21 - External antenna placed
on the Power Tower for better reception
3 G
Signal
Batteries Power Supply
Data*
3G Signal
Reception
Off Grid
Power
Tower
WIFI
THE POWERTOWER CAN ALSO EXTEND 3G NETWORKS
TO GIVE CONNECTIVITY TO THE PEOPLE
26
14 US Cents/6
Pesos
GASOLINE GENERATOR
SariSari store run by Lhesma in the
Scandinavian Village:
• She invested 22 000 pesos in a 2,5 kW
gasoline generator (would have cost 15 000 in
Manila). Over its lifetime, it can produce 5000
kWh. This equals 4,4 pesos per kWh in
amortization
• No interest cost is added to this calculation
• The generator runs 4 hours on 4 liters of gas.
This implies 56 pesos (current liter price) for
2,5 kWh = 22,4 + 4,4 = 27 pesos/kWh (60 US
cents) per kWh in total
InnoVentum PowerTower
Comparison is made without the battery back-up
as this is not included in the gasoline generator
case:
• One PowerTower without battery back-up costs 16 000
USD and will produce 7 000 kWh per year over 20
years. Interest cost of 4000 USD is added for the 20
year period.
• This equals 14 US Cents (6 pesos) per kWh
• No cost of operation in terms of gasoline
• Some cost of maintenance, which can be low if we
train a local operator to do this
• ZERO CO2 and NO PM 2.5
60 US Cents/27 Pesos
27
FOUR TIME LOWER LEVELISED COST OF ENERGY (LCOE)
THAN A GASOLINE GENERATOR
COMPARING ENERGY ACCESS FROM GASOLINE
GENERATOR VS POWERTOWER IN A CHILDREN’S
MISSION VILLAGE IN TACLOBAN
Gasoline Generator example
SariSari store run by Lhesma in the
Scandinavian Village:
Generator runs from 8-12 in the
morning and from 4-9 in the evening
The reasons for closing down are
noise, pollution and overheating of the
engine
PowerTower Example
Power generation without noise or pollution
in the Village:
Solar power runs from 8 in the morning
until 5 in the afternoon
Wind generation can run any time, but
usually runs more during night than
during daytime
Power around the clock without
noise, CO2 or PM 2.5
28
HOW CAN A LOCAL SARISARI STORE CREATE PROFITS
TO PAY OFF ITS LOAN FOR A POWERTOWER?
SariSari store run by Lhesma in the Scandinavian Village:
Sells Ice Cubes, Offers charging services for cellphones and pocket lights
Charging one cellphone costs 15 Pesos
One kWh can charge 20 cell phones, which gives 300 Pesos of revenues – while one kWh
from a PowerTower only costs 6 Pesos – leaving a profit of 294 Pesos per kWh produced
Strong ROI-potential, but first Lhesma needs a loan for $20.000
Profit Creation Example
Price paid by customer to charge one cell phone 15 Pesos
Amount of electricity needed to charge one cell phone 0.05 kWh
Number of cell phones per kWh (1 / 0.05 = 20) 20
Income from charging 20 cell phones (20 x 15 = 300) 300 Pesos
Cost of producing 1 kWh (see earlier slide) 6 Pesos
Profit from charging 20 cell phones (300 - 6 = 294) 294 Pesos
29
Continuous energy production
hybrid wind-solar systems provide energy day and night.
Easy logistics
the wood is lightweight (compared to steel) and the construction
is modular to reduce transport volume
Typhoon- & earthquake-protected design
the construction is robust and allows for easy disassembly if
required. In collapsed position, the PowerTower will be better
protected against typhoons. Protection against xylophagous
insects, larvas and termites will be required.
No negative effect on the environment
renewable energy is clean and use of wood makes the system
“carbon negative”– the wood used to make the structure had
captured at least 2 tons of CO2 before it took shape of the
PowerTower AND it produces energy without causing any
emissions of CO2 or pollutants.30
PERFORMANCE AND DURABILITY TESTING WITH
SWEDEN ENERGY AGENCY FOR CERTIFICATION BY
SWEDEN TECHNOLOGY INSTITUTE (SP)
31
Asia Contact:
Jeff Gallagher
Pronto Concepts Hong Kong Ltd.
15C Eastern Commercial Building
83 Nam On Street
Shau Kei Wan
Hong Kong SAR
China
+852 6285 0607
32