The Global Energy Architecture Performance Index 2016 benchmarks energy systems of nations from across the world on three fundamental energy goals:
- Economic growth and development – the extent to which a country’s energy architecture adds or detracts from economic growth.
- Environmental sustainability – the environmental impact of energy supply and consumption.
- Energy access and security – the extent to which an energy supply is secure, accessible and diversified.
The report on the top energy performers in the world provides governments and the private sector with a yardstick to monitor and drive energy transition. Launched in 2013, the 2016 index has evolved to include the latest available energy data from 126 countries on 18 indicators, highlighting strengths as well as areas of potential improvement.
Here is the top 10 energy performers list from this year’s report:
1. Switzerland tops the ranking of energy performers. Despite being quite dependent on energy imports and not benefitting from high energy export revenues, Switzerland’s energy system performs well on most dimensions measured by the index and supports overall economic growth through low energy intensity, a diverse supply mix, and a diversity of import counterparts.
2. Norway has an energy system characterized by a vast resource endowment generating considerable energy export revenues, and an electricity supply with a high share of low carbon energy. Norway is well integrated with European energy markets.
3. Sweden is the highest energy performing EU country with a high share of low carbon fuels in its energy mix and has further increased investments in renewable energy. This is reflected in a particularly strong performance across environmental sustainability while the country also performs well on energy access and security.
4. France is the highest energy performer among the G20 countries – the World’s largest economies. Achieving high scores for environmental sustainability and energy access security compared to many other nations, France is well placed to succeed in further transitioning its energy system to achieve its energy policy targets.
5. Denmark – a country at the global edge of integrating renewable energy production from wind in its electricity system - benefits from a high share of low carbon energy and its central positon at the crossroads of European and Nordic power markets. A good energy intensity score and a well- diversified energy mix are further strong-points of Denmark.
6. Austria scores points on energy access and security with a well-diversified energy mix. The country’s drive towards decarbonisation includes investments in efficiency, renewable energy sources and steep increase of the public funding for energy research, development and demonstration.
7. Spain’s strong energy performance is due to factors such as the high diversity of its fuel mix and import counterparts, as well as the low energy intensity of its economy. However, the country has faced some setbacks in its renewables expansion following a change in government policy
8. Colombia. As the highest energy-performing non-OECD country in the index, Colombia no doubt benefits from successful energy reforms in recent years as well as significant domestic energy resources. Colombia achieves high scores on energy access and security and economic growth and development. The country also has a high electrification rate compared to many other nations in Latin America
9. New Zealand. Despite its isolated location which complicates energy imports and exports, New Zealand benefits from a diverse energy mix with a high share of low carbon energy in its electricity supply.
10. Uruguay. The second non-OECD country in the global top 10 energy performers list has notably emerged as the green-power leader in South America. Impressive expansion of renewable energy from, wind, solar, hydropower and biomass has led to renewable energy contributing around 95% of the country’s electricity production and thus boosting its sustainability score. Yet the country also scores well on energy intensity of economic growth and on access to energy for its population.