Who are we?
We are a team with the aim to create a self-sustained human civilization when it comes to power needs.
We have created a patented device that can harvest the forces from walking, running, driving, and other relevant motions. The harvested force is converted to electricity at the end. The electricity converted can be utilized for any purpose applicable.
18%
38%
Total Energy Consumption
18-38% of the total electricity for any urban region is utilized for streetlights and other public utilities.
35,000
Cr
Around INR 35,000 Cr is utilized for the operational cost of the streetlights, while very few EV charging stations are established by the municipal corporation.
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Public Utility Consumption
Demand vs supply of EV charging stations
Expenditure for Public Utilities
YoY
98.55 MT
of CO2
23 MT of coal and/or petroleum is consumed annually to power the road infrastructure and amenities including streetlights, tool collection hubs and traffic signals among others such utilities. As a result, annually 98.55 MT of CO2 emissions is recorded.
23 MT
of coal and/or petroleum is consumed annually to power the public utilities.
=
98.55 MT
As a result, annually 98.55 MT of CO2 emissions is recorded.
YoY
Coming on to
What do we do?
We have created MERS. MERS (Motion Energy Recovery System) is a smart energy recovery system with the capability to generate electricity. It is a smart speed breaker that can generate electricity with input as low as human weight.
We have designed and patented a smart Motion Energy Recovery System (MERS), that utilizes the untapped energy of vehicle movement on the roads and generates electricity. With a vision to propel the existing power supply for road infrastructure to a possibly independent network of road infrastructure in terms of power consumption. MERS is an electricity generation device. It can be installed as a speed breaker with its familiar bump-shaped structure. MERS acts as a smart speed breaker with the capability to generate electricity. The unique element of MERS is that it utilizes the most mundane task of braking and slowing a vehicle for speed breakers and generates electricity. Coming on to MERS, is a galvanic technology for harvesting energy from the motion of vehicles. The features include simple construction, mature technology, and easy maintenance when compared to other renewable alternatives. MERS is non-polluting and can generate electricity 24/7. It can be implemented wherever there is vehicle movement. MERS proves a safer and smarter upgrade for road infrastructure when it comes to speed breakers. An upgrade like MERS can benefit communities through multiple folds
Features
Recovers energy without restriction
24/7
Electricity generation
No restriction
No external sources like petroleum or renewables
Safety + Utility
SDGs
Sustainable Development Goals
The Sustainable Development Goals (SDGs) or Global Goals are a collection of 17 interlinked global goals designed to be a ‘shared blueprint for peace and prosperity for people and the planet, now and into the future’. The SDGs ere set up in 2015 by the United Nations General Assembly and are intended to be achieved by 2030.
We are addressing the below-mentioned SDGs, to address the long-lasting community issues, i.e. high energy demand and a need to keep the public utilities running.
We are creating clean and green energy without any external input like raw materials or renewable sources. According to our calculation 60 cars per hour are enough to maintain the machine and during 10 hours of operation, we can store around 24 kWh of energy in a battery which is enough to light up 960 meters of road with street lights.
Blue Velocity has a goal to attain sustainable economic growth is inclusive of all the possible concerns of the community, providing opportunities for a sustained workforce in this domain.
