Electricity Consumption 2017
Electricity consumption data reveals energy usage trends across countries. Explore rankings and interactive maps for deeper insights.
Interactive Map
Complete Data Rankings
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #208
Timor-Leste
- #207
South Sudan
- #206
India
- #205
Niger
- #204
Mauritania
- #203
Benin
- #202
Togo
- #201
Burkina Faso
- #200
Madagascar
- #199
Eswatini
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
In 2017, the Northern Mariana Islands topped the list for Electricity Consumption with a staggering 48,300 units, highlighting significant energy use in this region. Globally, electricity consumption ranged from a minimum of 1.40 to a maximum of 48,300 units, reflecting diverse energy usage patterns across countries. The global average electricity consumption was 387.54 units, offering a benchmark for comparison among the 200 countries analyzed.
Top Consumers of Electricity: Economic and Geographic Insights
The dominance of the Northern Mariana Islands in electricity consumption can be attributed to its unique geographic and economic conditions. As a US territory, it benefits from advanced infrastructure and economic support, leading to higher energy usage. Japan and Russia also feature prominently in the top ten, with consumption levels at 933.6 and 890.1 units respectively. These figures reflect their industrialized economies and high urbanization rates, which drive substantial electricity demand.
In contrast, countries like Guinea and Congo make the list with 930 and 900.5 units, possibly due to economic growth phases that require increased energy inputs for industrial development. Such consumption levels in these nations suggest a strategic focus on expanding energy access and infrastructure.
Lower Consumption: Influences and Implications
At the opposite end of the spectrum, Madagascar recorded the lowest electricity consumption at 1.402 units, followed closely by Eswatini and Guam with 1.481 and 1.509 units respectively. These low figures often result from limited infrastructure and lower economic development levels, which restrict access to reliable electricity.
Countries like Malta and Bhutan, with consumption values of 2.103 and 2.6 units, highlight different challenges. Malta's small size and population density, alongside Bhutan's focus on sustainable and hydroelectric power, contribute to their lower consumption figures, emphasizing the role of national energy policies and geographic constraints.
Year-over-Year Trends: Significant Changes in Consumption
Analyzing year-over-year changes reveals dramatic shifts in electricity consumption. The British Virgin Islands experienced a remarkable increase of 531.50 units, a 531.5% rise, likely driven by infrastructure upgrades and tourism growth. Similarly, Equatorial Guinea saw a 333.7% increase, reflecting efforts to boost industrial capacity and improve national grid reliability.
Conversely, the United States Virgin Islands faced the largest decrease, with a drop of 482.80 units or -80.5%. This decline may be attributed to economic challenges or natural disasters impacting infrastructure. Liberia also saw a significant reduction of 261.00 units, possibly due to constrained economic conditions and a focus on energy conservation measures.
Understanding Global Electricity Consumption Patterns
The global electricity consumption landscape in 2017 underscores the diversity of energy use across different regions. High consumption in developed nations like Japan and Russia reflects industrial demands and urban lifestyles, while lower figures in countries such as Madagascar and Eswatini highlight infrastructure and economic challenges. The significant year-over-year changes in countries like the British Virgin Islands and United States Virgin Islands illustrate the impact of economic conditions, policy shifts, and external factors on electricity usage.
Ultimately, these patterns provide critical insights into how nations manage energy resources and the broader implications for economic development and environmental sustainability. Understanding these dynamics is essential for policymakers and stakeholders aiming to balance growth with energy efficiency and sustainability.
Data Source
CIA World Factbook
The World Factbook, also known as the CIA World Factbook, was a reference resource produced by the US Central Intelligence Agency between 1962 and 2026 with almanac-style information about the countries of the world. From 1971 it was not classified, and available to the public in print since 1975, initially by the CIA, and later the Government Publishing Office.
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