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Floating Power Plant Floating Power Plant Floating Power Plant Floating Power Plant ----
IntroductionIntroductionIntroductionIntroduction
This is short summary of a confidential
market, financials and risk associated with FPP combined floating wind
Company descriptionCompany descriptionCompany descriptionCompany description
Floating Power Plant is a Danish clean-tech company that
technology integrating wave energy convertors into a floating offshore wind device. The company is entering the
commercialization stage, based on over 8 years of R&D, testing and business development. The company is
156 private shareholders and leading industrial development partners having raised more than 15m
The hybrid device/technology has been developed over the last eight years, from concept to four offshore grid
connected test phases totalling two years of operation with a scaled prototype.
This makes FPP is the only company in the world that has supplied power to the grid from a combined floating wind
Offshore Floating Wind & Wave EnergyOffshore Floating Wind & Wave EnergyOffshore Floating Wind & Wave EnergyOffshore Floating Wind & Wave Energy
confidential more thorough 70-page document discussing the
ciated with FPP combined floating wind and wave device.
tech company that develops designs and provides a unique patented
technology integrating wave energy convertors into a floating offshore wind device. The company is entering the
commercialization stage, based on over 8 years of R&D, testing and business development. The company is
156 private shareholders and leading industrial development partners having raised more than 15m
The hybrid device/technology has been developed over the last eight years, from concept to four offshore grid
ing two years of operation with a scaled prototype.
This makes FPP is the only company in the world that has supplied power to the grid from a combined floating wind
and wave device.
Offshore Floating Wind & Wave EnergyOffshore Floating Wind & Wave EnergyOffshore Floating Wind & Wave EnergyOffshore Floating Wind & Wave Energy
discussing the business model,
device. .
designs and provides a unique patented
technology integrating wave energy convertors into a floating offshore wind device. The company is entering the
commercialization stage, based on over 8 years of R&D, testing and business development. The company is backed by
156 private shareholders and leading industrial development partners having raised more than 15m€ to date.
The hybrid device/technology has been developed over the last eight years, from concept to four offshore grid
This makes FPP is the only company in the world that has supplied power to the grid from a combined floating wind
Market description Market description Market description Market description
The primary market for FPP’s technology is the floa
FPP’s technology can further expand the floating wind market, targeting high wave energy sites
The primary market for FPP’s technology is the floating offshore wind market where water depths exceed 45m
FPP deep water market
FPP’s technology can further expand the floating wind market, targeting high wave energy sites
Market segments analysis
ting offshore wind market where water depths exceed 45m.
FPP deep water market (Source: EWEA)
FPP’s technology can further expand the floating wind market, targeting high wave energy sites
segments analysis (Source: IT power)
Of the available 400GW wind and wave market, FPP’s hybrid technology could be used to supply 1.2GW by 2030 and
20GW or 5% of the market by 2050
� FPP’s combined wind and wave hybrid technology reduces the LCOE of renewable projects and therefore
strategically positions the P80 platform as a market leading option for project developers (such as DP
Energy). As highlighted previously the business model of FPP is to be solely the designer and supplier of the
platforms to project developers or utility companies who have already been awarded the necessary consents
and approvals for the project. The risk for FPP is therefore significantly reduced.
� FPP’s P80 platform and inherent proven technologies is best suited to the overlapping high wind and high
wave areas. Of the approximate 400GW of available offshore wind and wave energy market (see previous
page) FPP’s technology is ideally suited to c.50% of this market. 1
� FPP’s serviceable obtainable market is therefore conservatively estimated at 120 P80 devices (1.2GW) by
2030 and over 2,000 P80 devices by 2050 (over 20 GW). Based on this Management have conservatively
estimated the following approximate deployment profile for the P80:
FPP estimated deployment profile
Technology descriptionTechnology descriptionTechnology descriptionTechnology description
The FPP hybrid technology consists of five key technology elements, four of which are existing solutions from the oil
and gas and offshore wind industries and 1 is a unique FPP solution:
1. a semi-submersible floating platform
2. An offshore wind turbine (5
3. A disconnetable and vaning turret mooring system allowing 360
4. Flexible subsea cables and power expo
5. A unique wave energy and PTO systems placed on a known stable structure (2
The FPP hybrid technology consists of five key technology elements, four of which are existing solutions from the oil
and gas and offshore wind industries and 1 is a unique FPP solution:
submersible floating platform
An offshore wind turbine (5-8 MW)
A disconnetable and vaning turret mooring system allowing 360-degree rotation
Flexible subsea cables and power export system
A unique wave energy and PTO systems placed on a known stable structure (2-3,6 MW in total).
P80 technology highlights (Source: FPP)
The FPP hybrid technology consists of five key technology elements, four of which are existing solutions from the oil
3,6 MW in total).
All patents and IPR are placed with the company.
A commercial platform (called P80 as it is 80-meter-wide) will have a total installed capacity from 7-11,6 MW
depended on available wind and wave resource and chosen wind turbine size.
The ingenious design combination of a highly efficient wave energy device on a stable structure connected to
disconnectable turret secures that the platform passively vane to face the primary wave direction.
The disconnectable turret mooring allows the device to be completed constructed and commissioned in harbour and
returned to harbour for major maintenance activities, eliminating the extra risk of performing these offshore and
avoiding the use of costly specialist vessels
The platform orientation into the primary wave directly combined with the high wave absorption (50-70% of the wave
energy is absorbed) results in an artificial offshore harbour effect at the aft end of the system, enabling significantly
increased accessibility for routine maintenance and repairs.
P80 platform (Source: FPP)