Asia’s third-largest economy — INDIA — was hit by three more huge power grid failures, one day after a similar, but smaller power failure covered half the country — leaving more than 650 million people without electricity in the world’s biggest blackout according to the ATCA Research & Analysis Wing. More than half the population of India has been affected, which is roughly 10% of the world’s population and bigger than the entire population of the European Union or the United States, Russia and Brazil combined. In parallel, hours of power outage in the scorching summer sparked protest in most parts of Pakistan and angry protesters attacked offices of power supply departments in some areas.
Solar Flare or Coronal Mass Ejection (CME)?
Is a “Solar Flare” partially responsible for India and Pakistan’s massive power outage? Could it have been a Coronal Mass Ejection (CME) since most of Pakistan, along with northern India, also suffered long blackouts? Given that rains had arrived, temperature was down in north India so there was less requirement for a power overdraw. For example, the temperature in New Delhi on 31st July was 25.4 degrees Celsius, more than ten degrees below what it had been during the peak of the summer heat. If electricity overuse was the sole cause of the power failure, because of too many people drawing power, this would have happened before now.
Solar Coincidence
A medium-size solar flare erupted from the sun this weekend, hurling a cloud of plasma and charged particles towards Earth on a cosmic path that was expected to deliver a glancing blow to our planet on July 31st, according to space weather forecasters, the day the massive power outage took place across India and Pakistan. The M6-class solar flare exploded from the sun on Saturday — July 28th — unleashing a wave of plasma and charged particles, called a coronal mass ejection (CME), into space. “This is a slow-moving CME,” astronomer Tony Phillips wrote on Spaceweather.com, which regularly monitors space weather events. “The cloud’s low speed (382 km/s estimated) combined with its glancing trajectory suggests a weak impact is in the offing. Nevertheless, polar geomagnetic storms are possible when the cloud arrives.”
Coronal Mass Ejections (CME) and Electro-Magnetic Pulse (EMP)
The most dangerous type of solar flares for humanity are the Coronal Mass Ejections (CMEs) that occur during the most active period of the sun’s 11-year cycles. This time, the zenith of CMEs is set for 2012 as the solar cycle #24 reaches a crescendo. A CME happens when gas erupts from the solar corona — “crown” of outer atmosphere surrounding the sun — and carries a massive amount of radioactive material that can reach earth in three to five days. One potentially catastrophic disruption humanity is not prepared for is an Electro-Magnetic Pulse (EMP) or a burst of electromagnetic radiation from a major Coronal Mass Ejection (CME) from the sun. This would create a sudden, massive fluctuation in the earth’s electromagnetic field similar to the detonation of a High-altitude Electro-Magnetic Pulse (HEMP) nuclear device. The resulting electric and magnetic fields would then couple with electrical grid systems to produce damaging current and voltage surges. [Ref ATCA 5000: Could Super Solar Flares Take Us Back To 5000 BC? 17th June 2010]
Disaster Movie in Real Time
The colossal power cuts across 2,000 miles — from the border with Burma in the East to the border with Pakistan in the West — in such a widespread area of the world’s second most populous nation appeared to have been like a disaster movie unfolding in real time with every aspect of modern life grinding to a sudden halt. They hurt India’s pride given that the country aspires to become a regional economic superpower.
Cascading Failure
In cases when demand outstrips the power supply, the system of circuit breakers must be activated, often manually, to reduce some of the load in what are known as rolling blackouts. But if workers cannot trip those breakers — because their immediate masters won’t let them — a set of small failures can cascade into a much larger blackout. Rabindra Nath Nayak — chairman of the state-run Power Grid of India — said, “tripping at several interconnectivity points of the [northern] grid could have had a cascading effect.” It is difficult to say whether this was a manmade disaster compounded by natural phenomena. The truth is that India has failed to build up enough power capacity to meet soaring demand as its GDP has grown at a break-neck 8 to 9 percent in recent years. As a result, India’s demand for electricity has soared along with its economy, but utilities have been unable to meet the growing needs. India’s “Central Electricity Authority” reported power deficits of between 8% and 10% in recent months, which are dragging on the country’s economic growth. This despite the fact that between 25 percent and 40 percent of Indians are not connected to the national grid at all.
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