GE highlights key trends supporting growth of electrification


The energy system drives today’s economic and social progress. According to IEA, global energy investment in 2015 accounted for nearly 2.4 percent of global GDP. Electricity, including networks, accounted for 37 percent of this investment, serving worldwide energy demand and providing critical energy access to millions.

Electricity also plays a key role in the transition to a low-carbon economy—it can partially replace fossil fuels in transport and heating, helping countries to meet climate goals, especially after last year’s Paris Climate Agreement.

In this context, GE’s Power Conversion business has highlighted some of the key trends supporting the growth of electrification. (Source: Tomi Motoi, GE representative to the International Energy Agency)

Renewables on the rise

Strong policies—most notably from last year’s Paris Climate Agreement—facilitate investment in renewable energy. This investment is crucial to achieving the goals of limiting the global increase in temperature to well below 2 degrees. Despite the fall in oil and gas prices, renewables investment in 2015 reached nearly US$290 billion globally—almost double of what was spent a decade ago. Furthermore, new low-carbon generation coming online in 2015 exceeds the entire growth of global power demand in that year, according to the International Energy Agency’s new report, World Energy Investment 2016. This trend, driven by rapid technology progress, cost deflation and long-term price signals is expected to continue, with the renewables share of total power generation anticipated to make up 26 percent of the total global energy mix by 2020.

Sustainable energy—decarbonization and air quality

Electrification can be a solution for air pollution and air quality and can support the decarbonization of electricity generation, helping the world meet its energy needs with less carbon.

High rates of use and overwhelming reliance on diesel fuel and heavy-duty vehicles account for a disproportionate share of emissions, according to the IEA’s Energy and Air Pollution report. Access to electric vehicles can decrease emissions. In Paris, for example, between 2002 and 2012, a mobility plan which included shared bikes, electric vehicles and improved vehicle efficiency decreased 30 percent of NOx emissions and 35 percent of PM10 emissions over the period.

Growing investment in emerging markets

As urbanization continues to increase and the world’s population expands, developing markets are planning ambitiously to support growth and secure their energy future.

This is evident in the numbers: in 2015, non-OECD accounted for US$910 billion of investment in fossil fuel and electricity supply, while OECD countries accounted for only US$670 billion of investment. China was the largest destination for investment at over one-third of the non-OECD total; the ambitious targets of China’s 13th Five-Year Plan will drive continued investment.

As the world’s third largest economy, India accounts for 6 percent of global energy use, and the government is taking steps to provide electricity to the 240 million people who lack access to it. The country’s modernization program (Make in India), has set ambitious growth targets that are anticipated to encourage industry and energy sector investment; the government’s ambitious plan to build 100 smart cities across the country will encourage electrification.

Innovation…a key driver

The trends above present several challenges—and opportunities.

First, the rise of variable energy renewables deployment points to a rebalancing of the energy system; as such, it requires the effective development of new technologies capable of properly managing power systems. Energy battery storage and microgrids can play a key role in balancing systems with large amounts of renewable generation and facilitating the integration of these variable energy resources. These technologies also have the potential to play a key role in countries such as Africa with limited grid access, helping to power these remote regions.

Technology can improve the reliability and efficiency of electrical equipment in power plants, two factors in determining its cost competitiveness, which encourages its use in decarbonization and facilitates its deployment.

GE’s innovative silicon carbide technology used in solar inverters help achieve 99 percent EU weighted efficiency. The technology promises efficiency gain equivalent to US$2.5 million of extra energy produced for a 100-megawatt solar plant over its lifetime.

Also, the Industrial Internet looks to link energy production assets together via a central platform such as GE’s Predix—provides a number of cost-saving and efficiency benefits. For example, a connected power plant or renewables wind farm can be monitored remotely, and software analytics can lead to anomalies being spotted before they occur. This can reduce downtime and can deliver electricity where and when it’s needed.

Source: GE

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