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Technology Means Slower Power Growth in India

In global energy markets, India takes third place in a few key metrics. The country has the world’s third-largest electricity generation system, after China and the United States. It is the world’s third-largest power generator, and it is also the world’s third-largest carbon dioxide emitter, again behind China and the U.S. in both measures. In one category, though, it comes in first India has the world’s largest population without reliable access to electricity, about 250 million of its 1.3 billion people. 
Increased access to electricity is an infrastructure matter, but it is also a technological one -- and technology is both enabling electrification and blunting its growth at the same time. 
First, on the positive side: Incandescent light bulbs are being replaced by light-emitting diode (LED) bulbs, which consume much less power. India has about 770 million of the older, inefficient bulbs, and as of Thursday had installed 253 million LEDs, according to the government’s excellent National Ujala Dashboard, which tracks deployment of bulbs, tubelights and efficient fans: 
The result of all of those newer bulbs is 6.5 gigawatts of “avoided peak demand” -- which means that the power system no longer needs to supply that much power for lighting. Put another way, 253 million LEDs means that India’s peak electricity demand is already 4 percent lower than it would be without LED bulbs. Tripling the number of LEDs and eliminating every inefficient bulb would increase the avoided peak demand to 20 gigawatts, or 12 percent. 
Greater efficiency means lower demand and, in a country with chronic power deficits, a welcome move toward easing supply constraints. 
That welcome approach to zero deficit is also due to more power generation and better transmission and distribution. Demand grew by nearly 9 percent in 2014, but Bloomberg New Energy Finance expects that number to drop by two-thirds by 2021 (and rise again after that). 
Greater efficiency in new lighting, and greater delivery of generated power, are both great things for India. They’re less great for power generators, whose plant load factors (or operational hours out of their potential total per year) have been falling steadily even as power deficits have fallen. 
Plants owned by the central government have the highest plant load factors, but those owned by state governments have plant load factors below 55 percent, and privately owned plants are scarcely better off. 
India’s technology and infrastructure interaction is complex, but it’s also a useful lesson in thinking about long-term growth. India’s demand for electricity is still growing, as is the physical plant to support it. That physical system is also simultaneously improving in efficiency. Slower-than-expected growth can be cold comfort; for those who planned and built for higher growth, slower-than-expected growth looks like no growth at all, or even negative growth. 


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