KERS-ONE: Developing a KERS Module for Retrofitting City Buses
A System Prototyping Research and Development Programme
Fuel Consumption in City Driving
City driving is often characterized by repeated braking and accelerating. This often wastes a lot of energy. Studies by the US EPA have shown that only a small part of the energy generated from fuel is actually used to drive the wheels - about 15% ! Of this nearly 7% is wasted due to braking. In theory recovering energy from braking can improve fuel efficiency by almost 80% !
State road transport corporations spend thousands of crores of rupees on fuel bills each year. The APSRTC spends over Rs 2,000 crores on fuel consumption each year. Even a 5% increase in fuel efficiency of its vehicles can save upto Rs 100 crores each year, leading to lowered bus fares for the citizens.
Clean Transportation A Beginning
Every country, state or district has its own unique road and driving conditions. Often technology solutions developed to suit these specific situations can deliver superior value for a lower price. Good news is that such solutions can be modeled using a system prototyping platform such as SANKHYA Teraptor. Sankhya Technologies is using the Teraptor Automotive Channel SPP to model different technologies for improving fuel efficiency.
The research program has the phase-1 goal of developing a KERS system for buses that can offer a 5% increase in fuel efficiency for buses plying in city conditions. Here are the key milestones:
|1||Build System Model||12 Weeks||Use SANKHYA Teraptor to create a system model|
|2||Shortlist Solution Alternatives||8 Weeks||Use model to study various alternatives and identify 2-3 shortlisted alternatives|
|3||Build Physical Prototype||12 Weeks||Build a physical prototype using a bus taken on loan from road transport corporation|
|4||R&D Report||12 Weeks||Repeat Steps 1-3 to create a working prototype as necessary. Create a report and submit to transport operators|
Sankhya Technologies is inviting collaborators interested in participating in this programme. Please contact email@example.com for programme entry criteria, benefits and programme fees.
For More Information: See KERS-ONE
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