Electricity Production 2009

In 2009, the Northern Mariana Islands led global Electricity Production with a maximum value of 60,600, while the range spanned from a minimum of 1.06 to this peak. The global average for electricity production stood at 435.76, with a median value of 40.25. This data provides a snapshot of the diverse levels of electricity output across the world.

Disparities in Electricity Production

The 2009 electricity production data highlights notable disparities between countries. The Northern Mariana Islands recorded the highest production at 60,600, a figure starkly contrasting with the low outputs from countries like Japan at 1.058 and Cambodia at 1.273. These differences can be attributed to various factors including economic size, industrial capacity, and population. For instance, small island nations or territories like the Northern Mariana Islands often have unique energy needs and resources that can lead to such extremes in production levels.

In contrast, countries with lower production like Japan and Cambodia may reflect limited natural resources or reliance on energy imports. Economic policies, geographic constraints, and infrastructure development also play critical roles in shaping these production figures. For example, Japan's low production figure might seem surprising given its advanced economy, but it could be influenced by its energy import strategies and technological efficiencies in energy use.

Economic and Geographic Influences

Economic development is a key driver of electricity production levels. Countries with burgeoning economies often show higher electricity outputs due to increased industrial activity and urbanization. India, with a production value of 761.7, exemplifies this trend. Its economic growth and urban expansion necessitate substantial electricity production to support infrastructure, industry, and a growing population.

Geographic factors also influence production levels. Fiji and Guinea both exhibit high production values of 928 and 850 respectively, which may be linked to their natural resource availability and energy policies. Islands and countries with abundant renewable resources or fossil fuels can have elevated production figures, reflecting their ability to generate electricity internally rather than relying on imports.

Year-over-Year Changes and Trends

Analyzing year-over-year changes offers insights into dynamic shifts in electricity production. The average change in 2009 was 1.80, a 5.7% increase. Noteworthy increases were observed in Lesotho with a rise of 302.00 (a staggering 151.0% increase) and Cabo Verde with an increase of 203.00 (a 431.9% boost). These significant upticks can be attributed to infrastructure developments and investments in energy sectors, reflecting broader economic growth and policy shifts towards energy expansion.

Conversely, countries like the United States Virgin Islands experienced a decrease of 183.60 (-19.1%), and Sierra Leone saw a reduction of 170.00 (-68.0%). These declines may result from economic downturns, natural disasters, or shifts towards energy conservation and efficiency. Such reductions emphasize the volatility and sensitivity of electricity production to external and internal factors.

Implications and Future Outlook

The variation in electricity production across countries in 2009 highlights the complex interplay of economic, geographic, and policy factors. As countries continue to develop and adapt to global energy demands, these production figures can serve as indicators of economic health and policy effectiveness. For instance, nations increasing their production may be positioning themselves for industrial growth, while those decreasing might be focusing on sustainability and efficiency.

Moving forward, understanding these patterns will be crucial for policymakers and economic planners. As global energy needs evolve with technological advancements and environmental considerations, countries will need to balance production with sustainable practices to ensure long-term economic and environmental health.