3. We believe a low carbon footprint is a competitive
advantage, providing us with attractive business
opportunities in the transition to a low carbon future.
COMPETE
Stress test our portfolio
to ensure that we are
competitive in a low-
carbon future
GROW
15-20% of capex in new
energy solutions by 2030
REDUCE EMISSIONS
3 million tonnes CO2
annually by 2030
Embedding climate into our strategy
4. Vast potential of floating wind
• Virtually unlimited
resources
• Unlock potential in
deep water —
further away from
shore
• Standardised
foundations
• Environmental
benefits
UTILITIES BIG CITIES ISLANDS OIL AND GAS
5. Hywind
– the leading solution for floating offshore wind
The Hywind Scotland
pilot park
• The world’s first
floating wind park
• Investing around NOK
2 billion
• 60-70% cost reduction
from Hywind Demo
• Powering ~20,000 UK
homes
Quick facts
• Location: Peterhead, Scotland
• Installed capacity: (5x6MW) 30 MW
• Water depth: 95-120 m
• Avg. wind speed: 10.1 m/s
• Area: ~4 km2
• Average wave height: 1.8 m
• Export cable length: Ca. 30 km
• Start power production: Sep’17
7. Next step for Hywind - lead floating wind to industrial scale
Cost Deployment Concept development
Scalability critical for market success
Demo Pilot park
Next: Large parks
Proprietary motion controller
Design for scale and weight
Site selection and park layout
Installation and maintenance
Technology development focused on:
8. Capture excess wind
power
1
Reduce balancing
cost
2
Increase revenue
through price
arbitrage
3
Deliver grid and
system services
4
Piloting the Batwind concept @Hywind Scotland
Floating Wind + Storage + Grid
1 MWh / 1 MW Li ion battery storage system
Mitigate variablity and enhance the value of of wind energy
Responds to the need for integrated storage in future power systems
Test business models to make storage commercially viable
8