Swarnavo Datta

Ideally, Helios should be powered by a 3-phase asynchronous motor with performance as follows:
Max output: 95 hp (71kW)
Max torque: 65.5Nm
Top speed: 75 km/h

Battery specifications:
Battery type / capacity: Li-ion / 24kWh
Operating time per charge: upto 2h

Please note that all values provided are guide based on the specifications provided by Narke for “The Electrojet GT95” as it is similar in size and target market to my “Helios”.

This beautiful PWC has a total of 178 half-cut, monocrystalline, black silicon solar cells on a white backsheet that not only looks fantastic, but also is the most efficient kind of solar panel money can buy. Each cell measures 184mm x 92mm, creating a total effective area of over 3m^2, producing upto 680W of power every hour, hence producing upto 5.44kWh of power every day that you take “Helios” out. In simpler terms, you can get another 30 minutes after your typical run time of 2hrs powered by the 24kWh batter.

If a user owns multiple compatible batteries, they can simply lift the seat up, swap out the batteries and run Helios without having to pause for charging breaks. A great feature for those planning to use Helios for a business like PWC rentals or recreational activities at the beach.