Title: Titit Nuklir Iklim, ekonomi
1Titit NuklirIklim, ekonomi keamanan
energi.Case Finlandia.
- Lauri Myllyvirta, Pelangi
2Tenaga NuklirIklim, ekonomi keamanan
energi.Case Finlandia.
- Lauri Myllyvirta, Pelangi
3Nuclear powerClimate, economics
energysecurity. Case Finland.
- Lauri Myllyvirta, Pelangi
4Alasan-alasan
- Cheap nuclear?
- Nuclear solution to climate change?
- Nuclear security of supply?
- Who wants nukes and why?
- The debate in Finland
- Campaigning ideas
5Economics of nuclear
- OM costs very low (around 15-20 USD/MWh)
- High upfront costs and long lead time tend to be
prohibitive in competitive markets (gthigh cost of
capital) - Overall economics sensitive to liability of
operators, degree of market liberalization and
subsidies
6(No Transcript)
7Whats cheap nuclear made of?
- Historic and current subsidies
- Non-competitivedistorted markets
- No or inadequate liability for
- Accidents
- Decommissioning waste
- Huge grid investments
- Adjustment backup power
8Historic subsidies
- RD and building of nuclear entirely publicly
funded - In the US and EU15 500-1000 bln
- Protected and distorted market, de facto monopoly
in many countries - Grid investments etc. paid by all consumers
9Ongoing subsidies
- Tax breaks, direct public spending
- E.g. US 0.6 bln/yr, EU15 2.2 bln/yr
- Export credits, cheap loans
- Case Finland investigated by EC as illegal public
subsidy - Decomm costs borne by governments
- E.g. UK plans to pay up to 6 bln
- EU25 might face liabilities up to 600 bln from
existing plants
10Nuclear climate mitigation?
- Mature, commercial technology
- Life cycle emissions lower than some RES
- Large centralized units, fits the present
centralized markets investment schemes - Baseload power
11Theoretic potential
- Currently 17 of worlds electricity, 4 of
final energy - Produces only baseload electricity
- Estimated resources (up to 5 times current price)
of uranium last 70 years at current consumption - Nuclear renaissance would quickly deplete cheap
uranium
12Theoretic potential
- What if you replace ½ of worlds fossil-fueled
electricity generation by nuclear, other things
equal? - Capacity triples
- Construction rate must grow more than 10-fold to
achieve by 2050 - Cut world GHGs by 9
- Cut world energy sector CO2 by 16
13Drawbacks Rebound
- Large unit with low operation costs
- Decreases incentive for conservation
- Often leads to promoting wasteful energy use,
e.g. electric heating
14Drawbacks Adjustment power
- Economics of nuclear require running plants
continuously, irrespective of variations in
consumption - Requires adjustment power with low upfrontfixed
costs, spinning reserve - lock-in to fossils
- In Finnish scenarios new nuke increased coal use
15Drawbacks New technologies
- Large unit increases uncertainty in the market
and hampers demand of new technologies - Market interest in RES plummeted in Finland after
NPP decision - Nuclear is usually a political alternative to
demand-side measures, RES and responsible
energyclimate policy
16Drawbacks Centralized
- Deployment of new energy technologies requires
decentralized and competitive energy markets - Nuclear easily maintains centralization and
delays market reforms
17Nuclear mitigation - conclusion
- Could probably be used as a part of a portfolio
to cut GHG emissions - Strong measures would be needed to tackle
negative impacts and prevent lock-ins - Taxes, energy market regulation,
feed-in/generation portfolio laws, soft support
measures for new technologies - Not likely to happen, no scenario where nukes
would lead to sustainable emission levels has
been presented
18Watch out
19Nuclear security of supply?
- Fuel price risk low, fuel easy to store
- Fuel less centralized than fossils, in more
stable countries - Good track record in some countries
20Nuclear security of supply?
- Centralization, vulnerability to grid/plant
failure - Limited fuel resources
- Long lead time, not responsive to changes in
demand - Usually a political alternative to more efficient
and sustainable solutions
21Who wants nukes and why?
- Big power companies
- DG and efficiency hard to cash in on
- Old philosophy and approaches hard to abandon
- Individual users and small dynamic companies tend
to take over - Energy-intensive industries
- Avoid competition for electricity
22Who wants nukes and why?
- Everyone opposed to freedecentralized energy
market - Attitudes big is beautiful
- Nuclear industry
- Operators can always count on public subsidies
- Desperate for contracts cheap bids available
23Debate in Finland - Industry tactics
- Use pleasant and skilled female spokespersons
- Capitalize on climate change energy security
concerns - Nuclear is the only realistic way to reduce GHG
emissions - Widely held belief, no. 1 obstacle in Finnish
climate discussion
24Industry tactics
- Restrict choices to fossils or nuclear
- RES and nuclear can live side by side
- Win the waste debate first
25Finnish debate - Counterarguments
- Renewablesefficiency
- How to demonstrate feasibility?
- Adverse impacts on climateenergy policy,
especially RES and efficiency - Very technical argument
- Safety, proliferation, waste
- International reputation
26Why was the debate lost?
- Failure to engage like-minded experts and
businesses - NGOs tried to assume an expert role
- Not credible
- Moralemotional arguments were forgot
- Lacking differentiation of roles of NGOs
- Public fears about nuclear were heavily and even
dishonestly exploited in earlier debates
27Campaigning ideas
- Chernobyl
- Dont think about a nuclear accident in Finland
- This train is operated with the excellent
precision and skill of GOI. Would you like us to
operate a dangerous, high-tech nuclear plant in
your hometown?
28Campaigning ideas
- Waste
- Liability for wastedecomm, mandatory insurance,
no subsidies - Can turn nuclear into a non-issue
- Engage local people
- In Finland targeted heavily by companies and the
government
29Terima kasih atas tidak tidur selama presentasi!