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Luc Graré
VICE PRESIDENT SALES AND MARKETING
GREEN HYDROGENOPPORTUNITIES IN THE ENERGY
SYSTEM
Early Pioneers in Each Technology Field
2
3
Hydrogen is key to electrify the transport sector
FO
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Hydrogen as preferred future fuel alternative:
− True zero emission from production to use
− Can beat fossil fuel applications on a TCO-
basis
− Low weight (compared to e.g. batteries),
especially relevant in the heavy duty segment
− Fast recharging (fueling) time
− Long driving range
− Low/no need for electric grid upgrades
− Not dependent on rare earth metals
(e.g. cobalt, lithium)
− Global standards for fueling established
− Same quality fuel used for small to large
applications
− Cleans the surrounding air
PA
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Fossil parity for mobility sector achievable in Norway today
• Regional hydrogen production, use of low cost renewable energy
• Possible to integrate with central heating grid
• Parity with taxed diesel possible already from 4-8 ton per day
0.40 NOK/kWh 25 NOK/kg + 13 NOK/kg 11 NOK/kg+ = 50 NOK/kg
Large scale
Central production
20 MW / 8 tons per day
High pressure
distribution
1,000 – 1,500 kg
/truck
Efficient dispensing
As conventional
fuels
4
Centralized production close to power or heat source enables business case
5
$ 135$ 124
$ 71$ 72 $ 70$ 59 $ 55 $ 47 $ 45 $ 42
2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
$ 359
$ 248
$ 157
$ 125
$ 98$ 79
$ 64 $ 55 $ 50 $ 43
2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
Wind and solar is on a trajectory to become the cheapest form of electricity
Wind LCOE
Unsubsidised levelized cost of energy ($/MWh) 2)
Solar PV LCOEUnsubsidised levelized cost of energy ($/MWh)2)
• With falling LCOE1) of wind and solar
prices, renewable hydrogen follows the
same path, as electrical power constitute
70-80% of the total cost of hydrogen
• Record low auction prices for solar PV
and wind has seen prices as low as
$17.7/MWh and $17.86/MWh
respectively (as of 2017) 3)
• Prices are expected to drop further,
LCOE of solar PV and onshore wind are
expected to fall by 71% and 58%
respectively by 20504)
• At $50/MWh renewable hydrogen is
becoming competitive with fossil fuels
and at $30/MWh renewable hydrogen is
becoming competitive in most marketsNote: 1) LCOE = Levelised cost of energy, which is a way of calculating the total production cost of building and operating an electricity-generating plant
Source: 2) Lazard; Renewables Now, 3) IRENA (International Renewable Energy Agency); 4) BloombergNEF New Energy Outlook 2018
Cost of wind and solar has dropped by 69% and 88% during the last decade –renewable hydrogen following on the same path
6
AM
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• Wide variety of existing and new markets
where electrolysis can play a major role
– Exchanging fossil hydrogen with
renewable hydrogen (f.ex fertilizer)
– Exchanging coal with renewable
hydrogen (f.ex steel manufacturing)
– Oxygen & heat adds value
• Electrolysis “bridges the gap” between the
power and industry sector, increasing the
value of electrons
• Ability to adapt to diverse and intermittent
renewable energy sources becoming
increasingly important
Decreasing cost of renewable hydrogen (and oxygen) opening up new business areas
7
200
300
400
500
600
700
800
historic under construction future scale up
Large scale natural gas reformers
Nel large scale alkaline electrolysis
$/kW
SMR w/o CCS – capex range
Hydrogen production - capex price
Fossil parity
at $500/kW
capex level
Source: Nel
With current ongoing
expansion
Future large scale
(New products/ technology development)
Growth in renewable hydrogen will accelerate with reduced capex for electrolysers
• SMR – “steam methane reforming” is dominating
hydrogen production today, using natural gas and
steam
• Nel is establishing a new manufacturing plant
targeting a >40% cost reduction
• Expect to see further reduction in capex with increase
production volume, and further size scaling of products
• Nel targets capex to drop below SMR over time
• Electrolysis expected to be the preferred production
method if opex (i.e. power prices) are low enough
(or at parity) with the alternative production
methods
Nel ElectrolysersCAPEX - Significant economy of scale
0
100
200
300
400
500
600
700
800
900
1.000
1 4 7 10 13 16 19 22 25 28 31 34 37 40 43 46 49 52 55 58 61 64 67 70 73 76 79 82 85 88 91 94 97 100
EURO/kW
MW
400
EURO/kW
9
Factory expansion will drive down Capex
New plant
phase 1
updated 360
MW
New plant
phase 2 +
360MW
Current –
40MW
Total Notoden site – Capacity
760MW