Hi Friends,

Even as I launch this today ( my 80th Birthday ), I realize that there is yet so much to say and do. There is just no time to look back, no time to wonder,"Will anyone read these pages?"

With regards,
Hemen Parekh
27 June 2013

Now as I approach my 90th birthday ( 27 June 2023 ) , I invite you to visit my Digital Avatar ( www.hemenparekh.ai ) – and continue chatting with me , even when I am no more here physically

Wednesday, 11 October 2017

Why this narrow focus ?



Economic Times ( 11 oct ) carries following news report :




“ Govt is working on a roadmap for Emerging Tech “




The government is looking at forming a comprehensive strategy to ENCOURAGE and ADOPT , emerging technologies such as BLOCKCHAIN , Artificial Intelligence ( AI ) and Big Data Analytics



The idea is not just to increase their USAGE in the official machinery but also to PROMOTE the increasing number of emerging Start-Ups in this space


The exercise will also look at defining possible regulatory framework to take care of the PRIVACY as well as other regulatory aspects . Officials of the ministry of Electronics and IT gave a presentation to the Union Minister Ravi Shankar Prasad in the first week of September signalling for the first time that the government has decided to discuss a ROADMAP for these technologies





All of this is very welcome



But why are we confining ourselves to looking at / investigating / adopting , only Internet and Software related technologies  ?



There are dozens of other technologies which too need to be evaluated and acquired ( if found suitable ) from all over the World – and from within our own country – for solving extremely urgent problems facing the economy



If we fail to seize this opportunity , others will exploit these and might even monopolize these !



It was for this reason that in my following blog ( sent as email to Policy Makers ) , I had suggested creation of :









In that email , I had listed some 10 / 12 technologies which ( in my opinion ) , could be deployed for attacking some of the pressing problems



And one of those “ pressing problem “ is urban traffic which is dominated by cars which cause following problems :



·         Traffic congestion slowing down vehicular traffic to barely 10 km / hour


·         Parking problems


·         Pollution





To overcome these problems , I had suggested fast adoption of Geo-Orbital Electric Wheel



If you are wondering how a bicycle WHEEL could be ELECTRIC and whether it can replace cars / motor-bikes , ( for short distances , up to 10 Km ride ) , then click here :







Do read :




A  Radical Radial  Revolution  [  18  Aug  2016  ]




12  Oct  2017


To Buy or not to Buy ?



That is the question that EESL should be asking  !



Economic Times ( 07 Oct ) carries following news report :




“  EESL  Plans to let Private Sector into EV leasing 



Energy Efficiency Services (EESL) plans to open up  vehicle leasing programmes  to private institutions in its push towards vehicular electrification. 


The firm, which recently awarded a tender for procuring 10,000 electric vehicles (EVs), said the contract was the first of many as there are over half a million vehicles with the Centre waiting to be replaced with those equipped with electric power trains.


There are also opportunities in the corporate market for leasing EVs.
 

EESL managing director Saurabh Kumar told ET, “ We may open up to private institutions... They can set up charging points for vehicles leased in the company name and in that way avoid regulatory hurdles over the sale of electricity.” 


At present, the Electricity Act prohibits the sale of electricity by anyone except the distribution licensee.


If a private firm sets up charging points for vehicles leased under the company name for use by employees, the regulatory hurdle can be eased and at the same time, environmental concerns will stand addressed.
 

“We have specified a minimum range of 130 km for the EVs we are procuring in the tender. Most vehicles used in intra-city operations cover a daily distance of 80 km.


Corporates can have charging stations in offices for powering leased vehicles when idle. Even after taking the tariff for electricity into account, the operating cost of an EV is one-sixth of that of a petrol one,” Kumar added
 

Bulk acquisition of EVs by EESL, Kumar said, would help bring down purchase price and spur demand. “Leasing will work in the commercial space. And also help bring down procurement costs,” said VG Ramakrishnan, managing partner, Avanteum Partners LLP.
 

Overall, EESL plans to acquire 10000 electric vehicles for replacing the fleet in the power, coal, new and renewable energy ministries by June 2018. 


There is no doubt , as compared to buying / owning EVs , private commercial companies would benefit by leasing out the cars from EESL


Companies ( leasing the electric cars from EESL ) , can write off the lease-rent as tax-deductible expense


But  EESL –  the car-owning company ( the company leasing out those cars ) , can only claim, 10 % depreciation !


And just sell off those “ owned “ cars as SCRAP , after 5 years !


Therefore , it makes sense , even for EESL itself , to float a tender for “ leasing “ rather than for “ buying “ those 10,000 cars


Apart from this , there are other reasons why I advocated that EESL itself should float a tender for “ Leasing “ instead of “ Buying “ those 10,000 EVs


Read my blogs :

=================================



=================================

Waiting  to be proved wrong  !   [  30  Sept  2017  ]



·         PIYUSH PLAN ?  [  27  March  2016  ]

=================================




And should EESLlease “ these cars from TATA / M&M , I don’t think , there is any law which would prevent EESL to, in turn , sub-lease these very cars to government departments or to private commercial firms !


So , this leasing ( instead of buying ) , would save the government exchequer , a huge sum ( Rs 1100 crore ) by way of initial investment


And , as explained in my above-mentioned blog :


·         EESL could lease these ( 10,000 ) cars ( from TATA / M&M ) at Rs 15 per km


·         EESL would sub-lease these to Govt Departments at Rs 27 per km



Hence , per km , EESL would make a gross margin of Rs 12 ( Rs 27 – Rs 15 )


For 20,000 km / year / car , that would amount to gross margin of  Rs 2.4 lakh


For 10,000 cars , that would add up to , Rs 240 Crore  !


And , that Rs 15 / km ( Rs 3 lakh/car/year ) that EESL would pay to TATA / M&M by way of “ lease rent “ , would be treated as “ tax deductible expense “ !


A neat sum of Rs 300 Crores  !


IT MAY BE POSSIBLE TO STILL AMEND THE ORDER FOR THE BALANCE 9,500 CARS 


Outright Selling “ of cars by car-manufacturers , translates into “ Car Ownership “ ( for who-so-ever is the buyer , even a private citizen )


This is something that Shri Nitin Gadkari wants to get away from , in order to promote the concept of “ Car as a Transporting Service “ , through more public transport


No doubt , Electric Vehicles will reduce air pollution


But “ Electric Public Transport “ will not only reduce air pollution , it will also dramatically reduce “ Traffic  Congestion



Question is :


How can government discourage “ Private Ownership “ of vehicles ( even if electric ) and encourage “ Electric public Transport “ ?


Here are some suggestions ( - some covered by my earlier blogs ) :

=================================


#   Incentives to Electric Vehicle Manufacturers  :

     ( to become global exporters of EV , as suggested

      by Shri Amitabh Kant , CEO – NITI Aayog )
       


     
·         Reduce GST from 12 % to 5 %


·         Reduce Customs Duty on Lithium-ion Batteries from 26.5 % to 12 %


·         Make “ Lease Revenue “ exempt  from corporate income tax ( = cheap self finance for working capital needs of the manufacturers  ? )


·         Make “ Scrap Value “ ( upon expiry of lease term of leased cars ) , tax exempt


·         Make available for FREE , ISRO technology for 50 Ah / 100 Ah lithium-ion battery packs ( under development by Automotive Research Association of India )


·         Direct Benefit Transfer ( DBT ) of the Carbon Credits earned , into the accounts of EV Manufacturers , as detailed in earlier blog “ Piyush Plan


Only with such “ Out of the Box “ reforms , it will be possible for Auto Industry to gear up for a 10 % EV production increase each year , so as to reach 100 % in ten years , between 2020 – 2030


=================================




#   Incentives to “ Electric Public Transport “ owners ( taxies / buses / rickshaws etc ) :


·         No GST on provision of “ Transport Services “ to corporates or individuals

·         No road tax / municipal taxes

·         Free charging at Charging Stations set up by PSUs ( NTPC – BHEL – IOC – HP )

·         Free parking in “ Pay-and-Park “ plots

·         No income tax ( personal or corporate ) on business income

==================================


#   Incentives to CITIZENS , for using PUBLIC TRANSPORT :


·         Incentive Scheme for citizens who wish to exchange their existing petrol / diesel vehicles ( 2 wheeler / 4 wheeler ) for Electric Vehicles


·         Incentive Scheme for citizens who do not own ANY vehicle and buying an EV

=================================

#   Incentive for large Co-operative Societies who come forward to set up Battery
     Charging Station within the society premises , for use by Members and the Public

================================


Dear Shri Gadkariji / Shri Amitabh Kantji :


I hope some of the above mentioned suggestions will find a place in the Road Map for Electric Vehicles


11  Oct  2017





Monday, 9 October 2017

3000 Km without a Charging Station ?



Hindustan Times ( 09 Oct ) carries a news report titled :


“ Solar Cars begin gruelling race across Australian desert “



42 Solar powered cars will cover 3000 km ( Darwin to Adelaide ) , averaging speeds of 90 – 100 km / hour
 !


Only for starting the race , external battery ( I suppose , Lithium-ion ) storage of 5 kwh is allowed

For the rest of the journey , cars must entirely depend on their Solar Panels .

 

There are no battery charging stations on that 3000 km route !



Of course , since there is no sun to charge the battery at night , cars stop at 5 pm
This made me wonder :



If these Solar powered “ Racing Cars “ can manage to cover 500 km per day , without re-charging , solely depending upon continuous charging of their batteries by the sun , then why cannot India adopt this technology for its ambitious Electric Vehicle program ?



That made me search :



where I read :



“ 2017 will see the third running of this class, which is a tribute to the inaugural event in 2013 which saw a four-seater family car travel over 3000 Km with an external energy input of just 64 kWh !  ( to put this into context, a modern family car returning around 5 ltr / 100 km would use an energy equivalent of around 5000 kWh ! ) “




Dear  Shri  Gadkariji / Shri Amitabh Kantji  :



I believe the “ Electric Vehicle Road Map  “ is about to be approved / released


How different would that Road Map look like , if it does not require ANY BATTERY – CHARGING INFRASTRUCTURE  ?


No need for millions of charging stations ? ( except for home-based charging at night , during cloudy days / roadside shops offering swappable batteries )


ISRO has already demonstrated this technology , as pointed out in my following blogs / emails :





==============================================

Not ToughAt All !  [  08  May  2017  ]


https://myblogepage.blogspot.com/2017/05/not-tough-at-all.html

 

10  Oct  2017

www.hemenparekh.in / blogs


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Added on 05 April 2021 :



Extract :

In a record-breaking endeavor, Tuk Tuk Life (www.tuktuk.life) with the full technical support of Infinite Mobility (www.infinite-m.com) will travel 50,000km (over 31,000 miles) around the world to set several new world records for solar electric endurance. 

As of today, the record is held by Nick Gough and Richard Sears where they achieved a tour of 42,000km (over 26,000 miles) over 16 months.

“This will be an exciting experience for Infinite,” commented Lupi Love, co-founder and CEO of the Norwegian tech company. He added, “Even though our product is designed for last-mile mobility, its potential goes beyond the urban environment. This adventure will help us collect performance data of our vehicle under this extreme endurance race. The analysis of the data will serve in the design enhancement of the next generation of our product. We are fully supporting Karl and his wife Santie in this adventure