![](https://static.cryptofans.news/images/c94d627f_d6ff_4895_899c_172cfce1b713.webp)
Our financial and environmental policies suck
As some of us know, Proof-of-Work (PoW) cryptocurrencies like Bitcoin (BTC), Etherium v1 (ETH) and Monero (XMR) require a lot of computational power to run, and this requires electricity. The cheaper this is, the quicker the miner can recover they’re computational investment and make a profit.
In another front, humanity is in the middle of a climate crisis, which CO2 emissions are partly to blame for. The use of renewable energy such as Solar, Hydroelectric, Wind, Thermal can help to mitigate climate change in the future.
Therefore, it is my view that the most responsible thing to do is to get miners to power their rigs using renewable sources without paying a premium for it. The future of decentralized PoW cryptos depends on this decentralized network of miners who validate transactions while keeping the network safe. In this way, we can slowly but surely stray away from the current corrupt centralized financial system we depend on.
How to rank countries by their ability provide cheap and environmentally-friendly electricity
This morning in the shower I thought, "how can I make a measure to include both cheap and renewable electricity?" As such this very simple index ranks countries in its ability to provide both cheap and environmentally-friendly electricity (at least in CO2 terms). It gives equal weight to the cost of electricity in a country in terms of USD/kWh and its % of electricity coming from renewable energy sources.
I managed to get data for 124 countries from the freely available online sources noted at the bottom of the article. I made sure the weighing of the ‘cheap’ and ‘green’ component were fairly compares by statistical normalization of each, before summing them up into the final index.
124 countries ranked by the Cheap and Green Crypto Mining Index (CGCMI)
Behold the data below, ranked by score. Does your country appear ranked as you expected? What is your real mining experience there? Looking forward to hearing you opinions.
Rank Country USD/kWh % Renewables CGMI ------ ---------------------- --------- -------------- ------- 1 Ethiopia 0.008 93.6% 1.000 2 Zambia 0.029 95.0% 0.977 3 Paraguay 0.058 100.0% 0.961 4 Kyrgyzstan 0.01 86.7% 0.960 5 DR Congo 0.061 100.0% 0.956 6 Norway 0.094 97.2% 0.893 7 Albania 0.11 100.0% 0.884 8 Venezuela 1E-06 67.6% 0.873 9 Angola 0.019 70.3% 0.859 10 Georgia 0.06 80.7% 0.855 11 Namibia 0.131 99.3% 0.850 12 Iceland 0.136 100.0% 0.846 13 Costa Rica 0.141 97.7% 0.827 14 Sudan 0.007 56.7% 0.804 15 Suriname 0.015 58.3% 0.801 16 Mozambique 0.141 83.7% 0.752 17 Brazil 0.133 80.4% 0.746 18 Burma 0.037 52.6% 0.738 19 Zimbabwe 0.035 51.9% 0.737 20 Uruguay 0.199 96.5% 0.735 21 Laos 0.054 53.1% 0.716 22 Canada 0.111 65.0% 0.696 23 Ecuador 0.096 60.2% 0.692 24 Kenya 0.214 90.7% 0.682 25 Cameroon 0.089 52.4% 0.661 26 New Zealand 0.204 83.9% 0.660 27 Ghana 0.062 42.9% 0.650 28 Colombia 0.139 62.9% 0.644 29 Panama 0.161 66.6% 0.631 30 Croatia 0.161 65.2% 0.624 31 Pakistan 0.056 32.7% 0.604 32 Togo 0.207 73.1% 0.598 33 Vietnam 0.082 38.6% 0.597 34 Sweden 0.164 57.1% 0.576 35 Northern Macedonia 0.091 36.7% 0.574 36 Turkey 0.079 32.9% 0.571 37 Armenia 0.081 32.2% 0.565 38 Tanzania 0.099 37.1% 0.564 39 Austria 0.237 74.3% 0.561 40 Gabon 0.22 68.4% 0.554 41 Sri Lanka 0.074 27.7% 0.551 42 Lithuania 0.157 49.4% 0.545 43 Cambodia 0.149 47.2% 0.545 44 Argentina 0.06 21.5% 0.538 45 El Salvador 0.203 60.7% 0.538 46 Iran 0.005 5.8% 0.535 47 Bosnia & Herz. 0.105 31.5% 0.526 48 Nigeria 0.059 18.6% 0.524 49 Cuba 0.008 4.5% 0.524 50 Latvia 0.19 54.2% 0.522 51 China 0.084 24.4% 0.518 52 Honduras 0.182 50.1% 0.512 53 Kazakhstan 0.041 11.3% 0.512 54 Iraq 0.024 6.4% 0.510 55 Russia 0.063 16.9% 0.509 56 Peru 0.185 50.1% 0.508 57 Libya 0.004 0.0% 0.506 58 Malaysia 0.058 13.7% 0.500 59 Switzerland 0.226 59.8% 0.499 60 Azerbaijan 0.041 8.8% 0.498 61 India 0.077 18.1% 0.495 62 Egypt 0.045 8.2% 0.489 63 Nicaragua 0.212 53.3% 0.485 64 Finland 0.184 44.2% 0.478 65 Romania 0.175 41.4% 0.476 66 Chile 0.182 43.3% 0.476 67 Mexico 0.081 15.3% 0.474 68 Oman 0.026 0.0% 0.473 69 Ukraine 0.048 5.6% 0.471 70 Kuwait 0.03 0.1% 0.468 71 Qatar 0.032 0.3% 0.466 72 Algeria 0.039 0.6% 0.457 73 Madagascar 0.115 20.8% 0.454 74 Indonesia 0.1 15.9% 0.450 75 Bahrain 0.048 0.0% 0.441 76 Saudi Arabia 0.048 0.0% 0.441 77 Trinidad & Tobago 0.052 0.0% 0.435 78 Dominican Republic 0.09 10.4% 0.435 79 Bangladesh 0.066 1.8% 0.424 80 Guatemala 0.251 51.7% 0.419 81 Tunisia 0.076 3.0% 0.416 82 Thailand 0.114 13.1% 0.414 83 Lebanon 0.077 2.8% 0.413 84 Belarus 0.075 1.2% 0.408 85 Portugal 0.27 53.5% 0.401 86 Ivory Coast 0.13 15.0% 0.401 87 Morocco 0.131 14.8% 0.398 88 Bulgaria 0.137 15.7% 0.394 89 United Arab Emirates 0.081 0.3% 0.394 90 Philippines 0.169 24.3% 0.393 91 Jordan 0.1 4.9% 0.391 92 Taiwan 0.101 4.2% 0.386 93 Moldova 0.106 5.3% 0.384 94 Serbia 0.094 2.0% 0.384 95 Hungary 0.125 10.1% 0.382 96 Spain 0.23 38.1% 0.377 97 USA 0.148 14.7% 0.373 98 Slovenia 0.21 30.6% 0.367 99 Malta 0.157 15.6% 0.364 100 South Korea 0.111 2.8% 0.363 101 Botswana 0.109 0.2% 0.353 102 Denmark 0.335 60.5% 0.343 103 Slovakia 0.204 24.5% 0.343 104 Estonia 0.161 12.5% 0.342 105 Greece 0.217 27.4% 0.339 106 Italy 0.261 37.3% 0.328 107 Australia 0.228 27.7% 0.325 108 South Africa 0.147 3.2% 0.313 109 Poland 0.192 15.5% 0.312 110 United Kingdom 0.26 33.0% 0.306 111 Netherlands 0.187 12.1% 0.302 112 Senegal 0.185 10.4% 0.295 113 France 0.214 17.5% 0.291 114 Singapore 0.169 1.6% 0.272 115 Israel 0.175 2.5% 0.268 116 Luxembourg 0.247 20.8% 0.260 117 Germany 0.364 46.2% 0.224 118 Ireland 0.292 24.7% 0.215 119 Czech Republic 0.245 11.3% 0.212 120 Japan 0.259 15.0% 0.211 121 Cyprus 0.238 8.7% 0.209 122 Belgium 0.311 16.6% 0.144 123 Jamaica 0.292 8.2% 0.127 124 Benin 0.36 3.2% 0.000
Methodology:
Countries with unavailable data were filtered out. Both electricity price data and %renewable data was normalized (link to normalization, wiki). The CGCMI is the addition of the normalized electricity price and normalized %renewable, and then normalized to range between 0 and 1.
Sources:
Electricity price data for December 2020, retrieved 17/08/21 from https://www.globalpetrolprices.com/electricity_prices/
% Electricity from renewable sources data for November 2018, retrieved 17/08/21 from https://en.wikipedia.org/wiki/List_of_countries_by_renewable_electricity_production. This data is supposedly from https://iea.org