Energy policy in your country

[Elevteria]

How does energy policy in your country look like?



In Elevteria government policy emphasizes conservation and the development of renewable sources, such as solar, wind, biomass, water, and geothermal power. As a result of energy saving measures, energy efficiency has been improving since the beginning of the 1960s. The government has set the goal of meeting half the country's energy demands from alternative energy by 2018.
In 1996 the government and the Elevterian nuclear power industry agreed to phase out all nuclear power plants by 2018.

Sustainable energy
In 2000 the Elevterian government announced a new energy policy with the following targets:
Reducing CO2 emissions 40% below 1990 levels by 2015 and 80% below 1990 levels by 2030
Increasing the relative share of renewable energy in gross energy consumption to 60% by 2020, 70% by 2035 and 90% by 2050
Increasing the relative share of renewable energy in gross electrical consumption to 60% by 2020 and 90% by 2050
Increasing the national energy efficiency by cutting electrical consumption 50% below 1999 levels by 2040

POWER PRODUCTION (2015):

Hydro: 29.7%
Wind: 21.8%
Gas: 13.1%
Solar: 8.6%
Nuclear: 8.4%
Oil: 6.6%
Coal: 5.1%
Geothermal: 3.0%
Tidal: 2.8%
Biogas: 0.5%
Others: 0.4%

[Avaerilon]

Avaerilon has always used sustainable energy sources for electrical production; this began with geothermal power and wind- geothermal energy was already being used to heat water and power industry.

Today, we have a variety of energy sources, reflecting the excellent diversity of natural sources of power we have.

Geothermal: 35.7%
Wind: 20.9%
Hydro-Electric: 20.3%
Tidal: 15.6%
Solar: 7.5%

[Selsada]

Nuclear energy ( Fission ) : 78%
Hydro : 14%
Others ( wind, solar mainly ) : 8%

[Teddy Bear Republic]

The TBRE government emphasizes sustainable energy designs, with most of our power coming from hydroelectric or geothermal power plants, and our cars running on electricity, hydrogen or biofuels.

[Makaar]

Fossil fuels have been phased out in Makaar in favour of nuclear power, which accounts for 90% of all electricity generated in Makaar, with 6% coming from renewable sources (especially tidal power) and 4% coming from fossil fuels.

However, petrol is still used to power most cars; more than 90% of Makaar's private vehicles are powered by petrol, though all government-run mass transit services now use electrical power.

[Ulvena]

Ulvena focuses heavily on nuclear power. With the advent of sustained fusion in the 1990s and market availability only a few years ago, it began a race between two private companies, Future Fusion and Light Brass, to modernize the old nuclear fission plants, developing better and better fusion techniques.

In center of Ulvena, where three rivers flow through the capital city, much of their power comes from the three rivers. For other, smaller electric companies, fossil fuels are still used.

For vehicles, it's all steam and diesel. Steam cars are slowly being phased out in favor of diesel though.

Nuclear (Fusion): 34.23%
Nuclear (Fission): 46.27%
Hydroelectric: 11.5%
Fossil Fuel (Steam): 6%
Other: 2%

[Cruciland]

Our main policy is, "If you need a lot, make a lot." Reactors adorn every block of our metropolises. Below is the survey sheet your country used to describe energy sources...

Hydro: 2%.
Wind: 1%.
Gas: 1%.
Solar: 5%.
Nuclear: 25%.
Oil: 2%.
Coal: 3%.
Geothermal: 15%.
Tidal: 3%.
Biogas: 2%
Antimatter: 25%.
Perpetual motion: 25%.
Other: 1%.

...As you can see, nuclear, antimatter, and perpetual motion energy are all candidates for our nation's best source of energy. Over time, we expect to see a shift go towards perpetual motion, due to its amazing attributes.

[Cyaka]

Nuclear (fission): 65%
Oil: 15%
Fusion: 15%
Coal: 3%
Solar: 1%
Tidal: 0.5%
Wind: 0.5%

In the next few years, fusion is expected to rival fission as the dominant source of power.

[Antarsia]

Our main policy is, "If you need a lot, make a lot." Reactors adorn every block of our metropolises. Below is the survey sheet your country used to describe energy sources...

Hydro: 2%.
Wind: 1%.
Gas: 1%.
Solar: 5%.
Nuclear: 25%.
Oil: 2%.
Coal: 3%.
Geothermal: 15%.
Tidal: 3%.
Biogas: 2%
Antimatter: 25%.
Perpetual motion: 25%.
Other: 1%.

...As you can see, nuclear, antimatter, and perpetual motion energy are all candidates for our nation's best source of energy. Over time, we expect to see a shift go towards perpetual motion, due to its amazing attributes.

^ Don't worry kiddies, just some fascist propaganda to scare us all into the pews.

[Antarsia]

Nuclear: 100%

[Saurisisia]

We are a practical lot and we emphasize on electricity sources that are actually worth installing. So-called "Green" energies are avoided because they are inefficient and are far too costly to operate on a widespread basis. Fossil fuels, nuclear energy, hydroelectricity, and geothermal are all used to some extant.

70% Nuclear
18% Hydroelectricity
5% Oil
4% Natural Gas
3% Geothermal

[Cruciland]

Our main policy is, "If you need a lot, make a lot." Reactors adorn every block of our metropolises. Below is the survey sheet your country used to describe energy sources...

Hydro: 2%.
Wind: 1%.
Gas: 1%.
Solar: 5%.
Nuclear: 25%.
Oil: 2%.
Coal: 3%.
Geothermal: 15%.
Tidal: 3%.
Biogas: 2%
Antimatter: 25%.
Perpetual motion: 25%.
Other: 1%.

...As you can see, nuclear, antimatter, and perpetual motion energy are all candidates for our nation's best source of energy. Over time, we expect to see a shift go towards perpetual motion, due to its amazing attributes.

^ Don't worry kiddies, just some fascist propaganda to scare us all into the pews.

Fascist propa... what? If it were propaganda, we would have been gloating about how much better it is than all those "environmentally friendly" policies. But instead, we are simply stating our energy policies and the scientifically accurate efficiency that is associated with it...

...sheesh.

[Cameroi]

solar (mostly distributed rather then centralized) 37%,
mini and micro hydro, mostly high elevation and remote 35%,
wind (also distributed rather then centralized) 21%,
geothermal 6.7%
all other, including nuclear fussion, make up the remaining .3%
(if we had more of a coastline we'd use wave and tide also)

[New Vudnia]

Mostly wind power and biofuel. We do have two very large hydroelectric plants that each supply power to over a dozen villages!

[Victorious Decepticons]

The energy policy here is based on the fact that it'd be a Very Bad Thing to have billions of oil raiders hanging around HERE, with no outlet for their violent tendencies and desire to raid besides each other. It's also based on the fact that Megatron Energon is our biggest energy producer. In fact, the company has a near-monopoly on this life-sustaining product. Their Energon is almost all made from oil.

The bottom line? Oil is king, and will be until there isn't any more oil within several billion light years of Cybertron.

We do have other energy sources, especially on Earth, but they contribute only a negligible amount to our total resource pool. Plus, those that aren't owned by Megatron Energon tend to blow up if they get big enough to be competitive.

We figure that eventually, we'll have to add carbon scrubbers to the Minimum Design Specification for the Decepticon Body or else Cybertron's global warming will eventually get to the point that it would literally melt the planet into a ball of slag. But that's likely the only change that'll be made. Oil raiding is such a big part of our culture that almost everyone agrees that we just wouldn't be the Decepticons without it - and that means we need something to do with all the oil.

[Sibirsky]

There is not energy policy in the Republic of Sibirsky. Private interests, finance, design, plan and build power stations, as they see fit.

The current energy sources for electrical power generation are as follows;
Nuclear 88%
Hydroelectric 6%
Thermal 3%
Solar 2%
Wind 1%

[Novus Niciae]

Our policy is to use renewable resources for our energy needs.

We primarily rely on hydrogen fuel cells for our vehicles and fusion and antimatter for larger vehicles as well as electricity generation.

Petrochemicals are an oddity used only by collectors of antique vehicles and quite expensive.

[Antarsia]

^ Don't worry kiddies, just some fascist propaganda to scare us all into the pews.

Fascist propa... what? If it were propaganda, we would have been gloating about how much better it is than all those "environmentally friendly" policies. But instead, we are simply stating our energy policies and the scientifically accurate efficiency that is associated with it...

...sheesh.

Today Cruciland taught me that prayer allows you to defy the laws of physics.

[Bodobol]

Electricity: 40%, including most cars
Oil: 5%, including older models of cars
Wind: 30%
Nuclear: 2%
Geothermal: 3%
Solar: 20%

We like to be environmentally friendly

[Jukraina]

Hydroelectricity: 4%.
Wind: 17%.
Solar: 49%..
Geothermal: 15%.
Biogas: 12%.

[Zokoria]

Our energy policy mostly relies on nuclear energy, since it is much cheaper, long-lasting, and abundant than renewables, and pollutes less than fossil fuels.

Nuclear (fission): 47%
Natural gas: 24%
Oil: 16%
Renewables: 6%
Other: 7%

[Cruciland]

Fascist propa... what? If it were propaganda, we would have been gloating about how much better it is than all those "environmentally friendly" policies. But instead, we are simply stating our energy policies and the scientifically accurate efficiency that is associated with it...

...sheesh.

Today Cruciland taught me that prayer allows you to defy the laws of physics.

When did we say anything about prayer and defying physics? Is this just your nation IC'ly making up sarcastic propaganda?

[Grand Britannia]

Perpetual motion: 25%.

"Students...

Open your books on Chapter 3: The Laws of Thermodynamics, and collect all of the chapter's pages with your other hand. Then, rip the pages off...

They are lying to you"

-Britannian Physics Teacher

[Vanum Norendum]

Perpetual motion: 25%.

In other news, we use nuclear energy almost exclusively as an efficient, and mostly clean form of energy.

[The Antarctic Trade Federation]

Nuclear power: 35%
Solar: 10%
Satellite Based Solar Power: 15%
Experimental Fusion: 15%
Conventional (coal, petroleum, natural gas): 25%