Vinisha Umashankar and her solar ironing cart. She came up with the idea when she was 12 — then worked with engineers to create a prototype. Now she's in Glasgow, Scotland, to speak at the COP26 climate change conference. Umashankar Sathyakumar hide caption Contact online >>
Vinisha Umashankar and her solar ironing cart. She came up with the idea when she was 12 — then worked with engineers to create a prototype. Now she''s in Glasgow, Scotland, to speak at the COP26 climate change conference. Umashankar Sathyakumar hide caption
Vinisha Umashankar was returning to her home in southern India from school a few years ago when she saw a man throwing away burnt charcoal on the side of the street.
He was an ironing vendor who pressed people''s clothes for a living – and his main appliance was an old-fashioned iron box, which he filled with hot charcoal that emitted a cloud of smoke. Umashankar counted at least six such vendors in her neighborhood in the temple town of Tiruvannamalai alone. She started thinking about how this was happening across India, where the ironing vendor is a fixture.
"It made me think about the amount of charcoal burnt every day and the damage it does to the environment," says the 15-year-old. Producing and burning charcoal emits particulate matter that pollutes the air and releases greenhouse gases such as carbon dioxide, which contributes to climate change.
So Umashankar came up with an idea. Instead of using charcoal to heat up the irons, the vendors could use something abundantly available in India: the power of the sun. Over the span of six months in 2019, when she was just 12 years old, she designed a cart that had solar panels to power a steam iron. She pored over college-level physics textbooks to get an understanding of how solar panels work. Then, she submitted her concept to the National Innovation Foundation, run by the Indian government. Engineers there helped her build the full-scale working prototype and apply for a patent.
And so the Iron-Max was born. It''s a blue-painted cart shaped like an iron box with solar panels fitted on its roof. It''s attached to a bicycle to allow vendors to move through the neighborhood to collect clothes to press. Five hours of bright sunshine is enough to operate the iron for six hours. The energy can be stored in a battery to provide power on cloudy days. The cart also has a coin-operated cellphone and a cellphone charging point where people can pay to recharge their phones to supplement vendors'' earnings.
Umashankar and her solar-powered ironing cart are now getting global recognition. On Tuesday, she gave a powerful 5-minute speech at COP26, the U.N.''s climate change summit in Glasgow, Scotland, in which she urged world leaders to stop talking and start acting. She reminded them about how monumental their actions would be for her generation.
"You are deciding whether or not we will have a chance to live in a habitable world," she said. "You are deciding whether or not we are worth fighting for, worth supporting and worth caring [for]."
In September, she was named one of 15 finalists from more than 750 nominees for the inaugural Earthshot Prize launched by Prince William, Duke of Cambridge. The award gives five winners $1.3 million each to help scale up their environmental solutions.
Umashankar did not win the prize in her category, "Clean Our Air," but was praised by judges for being the youngest finalist for the award. (The winner in her category was also from India and developed a portable technology that lets farmers to turn crop waste into fertilizer and biofuel instead of burning it, which creates air pollution.)
Even before the Earthshot Prize, environmentalists saw the potential in Umashankar''s innovation. Last year, Umashankar won the Children''s Climate Prize, a Swedish award for young innovators. "If implemented on a large scale, this is an invention that can have a significant positive impact on India''s air quality and people''s health," the jury of the Swedish prize said. The prize included a financial reward of more than $11,000 to further develop her innovation.
Umashankar was 8 when she first learned about climate change and says it has had a huge impact on how she thinks about innovation. She''s exasperated by how the world shrugs off environmental issues as if they are someone else''s problems.
"All of us should understand that environmental issues are real and can''t be fixed at a later date," says Umashankar. "There is no stop button. There is no magic fix."
When she''s not busy doing schoolwork or devising solutions to mitigate climate change, Umashankar practices yoga, cycles and swims. "I plan things weeks and months ahead to ensure I don''t waste time," she says. Her hobbies include stargazing, microscopy and gardening, and she''s a huge documentary buff. "I am a fan of Sir David Attenborough," she says.
An encyclopedia that was gifted to her when she was 5 sparked Umashankar''s passion for science. She wants to become a scientist and invent products to help protect the environment for future generations. She also aspires to invent a single flu vaccine that can protect against all cold viruses. If it works out, she says she''s pretty confident she''ll win a Nobel Prize.
Early Indian society used a coal-fuelled iron box to smooth out clothing. Street vendors who iron clothes rely heavily on coal to power their equipment. There are some 10 million ironing carts in India and each cart uses more than 11 pounds of charcoal daily. Given the hot and dry summers in India, cotton clothing requires washing and ironing on a daily basis. The high demand for ironing is escalating the use of coal and intensifying the smog issue in India.
The monsoon season from June to September poses an additional threat to the quality of the environment. Due to heavy rains, the coal becomes damp, causing an increase in the total weight bought by vendors. The moisture of the water, however, also reduces the warmth the charcoal produces when burned. Also, in the winter, as the price of coal naturally rises, suppliers purposefully add additional water to extend their product. Therefore, intense rain means increased spending on coal for the irons, further intensifying the cycle of Indian poverty.
Coal supplies approximately 72% of India''s electrical needs. The reliance on coal energy presents challenges regarding rising smog levels and respiratory conditions in cities. Coal power plants emit toxic gases and particulate matter that can penetrate human lungs. A reaction between sunlight and the nitrogen oxides that coal-powered plants release causes smog. The more people burn coal, the more smog that will emerge. However, coal is still a cheaper alternative to other, cleaner, forms of energy in India. Most people do not have the means to finance renewable energy.
Umashankar also developed a solar-powered street cart. Similar to the solar-powered iron, Umashankar designed the model with functionality and cost-efficiency in mind. Individuals can use the cart effectively after only 15 minutes of tutorials. The solar-powered batteries charge in under five hours and last for six hours.
Overall, the goal of the solar-powered iron and cart is to improve the economic and health outcomes of the street vendors working in the ironing industries. In the long run, with further innovation, Umashankar intends to develop a cart prototype with solar panels and batteries that could last up to eight years. This ambitious plan favors sustainability for two parties: vendors and the environment.
With innovations like Umashankar’s solar-powered iron, India shows promise for improved environmental conditions and reduced poverty rates. Although expensive, new technologies are constantly emerging and individuals as young as 14 years old are working to prioritize cost-efficiency and sustainability. Given the fact that street vending is a widespread market in India, a solar-powered iron has the potential to transform the harmful coal-sourced iron industry into one that is profitable and environmentally conscious.
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