Lifeway Solar e-Rickshaw
A pioneering solar-powered electric rickshaw — clean, affordable urban mobility built for India's roads.
Reinventing Urban Mobility
Launched on 15th August 2016, the Lifeway Solar e-Rickshaw was conceived to reduce carbon emissions in cities while giving auto-rickshaw drivers a cleaner and more cost-effective livelihood option. The product vision combines pollution-free transport, better driver economics and practical manufacturing for Indian conditions.
- Zero rental and zero fuel cost for drivers who own the vehicle.
- Estimated cost of about ₹1.75–2 Lakhs per rickshaw.
- Potential daily savings of about ₹500 versus a conventional rental-plus-diesel auto rickshaw.
- Designed around Indian road conditions, operating patterns and driver economics.
- Built through a North India vehicle design and manufacturing partnership, then assembled in Cochin as a solar rickshaw.
Cleaner Transport, Stronger Margins
(one-time)
Mr. Georgekutty Kariyanappally says many Cochin drivers hire an auto for 12 hours at ₹250 per day, spend another ₹250 on diesel to cover about 80–100 km, and charge passengers ₹10 per km. That means ₹500 goes out before family income is counted. With a Lifeway Solar Rickshaw, rent and fuel are not required, so the same ₹500 can be saved. He also points to 5% interest loans from local Grameen banks or other banks, possible carbon-credit support from local government, and even a workable subsidy of around 50%.
Answers from Mr. Georgekutty Kariyanappally
Condensed from the original interview, preserving all key facts, figures, names and locations shared by Mr. Georgekutty Kariyanappally.
How did the idea to build a solar e-rickshaw come about?
Mr. Kariyanappally says he has spent the last 16 years working in solar energy and creating innovative products such as the Solar Poultry Incubator, Solar Cow Milking Machine and now the Solar e-Rickshaw. The inspiration came from the urgency to reduce carbon emissions and from personally seeing and suffering air pollution in Cochin city.
How does it compare financially with a conventional auto rickshaw?
After speaking with many Cochin auto-rickshaw drivers, he found that they typically hire an auto for 12 hours at ₹250 per day from the owner and spend another ₹250 on diesel to run about 80–100 km a day. Passengers are charged ₹10 per km, so after spending ₹500, many drivers keep only about ₹500 for their families.
He says the Lifeway Solar Rickshaw is offered at ₹1,75,000 per vehicle, while e-rickshaws generally cost ₹1.75 Lakhs to ₹2 Lakhs. Because rent and fuel are not required, about ₹500 a day can be saved. He adds that local Grameen banks or other banks can provide loans at 5% interest, local government carbon-credit support could help owners, and some 50% subsidy may be possible. In his calculation, a Lifeway Solar Rickshaw driver can earn ₹1,000 a day, with maintenance costs mainly arising from rash driving and related wear.
Will e-rickshaws become more popular in India?
He believes they have to. In a country like India, mass public transport is needed in every region, and out of 1.25 billion people, 500 million do not own vehicles. They still need short local travel, especially working women and housewives who occasionally depend on auto rickshaws. For him, pollution-free solar rickshaws are a present-day need for India.
How many are being manufactured, and what orders exist?
He explains that Lifeway tied up with a vehicle design and manufacturing company in North India, outsourced the vehicle side there, and then converted the product into a solar rickshaw in Cochin. Since it is only the beginning, he says it is too early to state production quantities, but he is sure demand will be strong if quality solar rickshaws are made and delivered well.
What are the future expansion plans beyond Kerala?
He says expansion into other states is necessary, but it is still too early to comment in detail. The options he mentions are either a franchise model or a manufacturing hub near Bangalore, so vehicles can be distributed directly to clients from a city that is centrally located in South India.
Can renewable-energy public transport achieve mass acceptance in India?
He argues policy makers should have overseen this years ago and notes that businessmen entering e-cars and e-rickshaws are still struggling without much support, pointing to the REWA car as a case study. Even so, he observes that much of India's development happened by default, including strong industries such as IT. He strongly believes India will soon move toward a renewable-energy-based transport system and become a role-model country for Asian and South American nations too.
