Dear Shri R K Singhji,

Even as you visit COP27, the questions that will be uppermost in your mind will be :

Ø Will we manage to reach our target of 500 GW of Renewable Energy ( mostly SOLAR ) by 2030 ?

Ø Can we manage this without undue dependence on large-scale imports of panels from China ?

Ø Can we do this without having to raise $ 100 Billion per year , year after year ?

Ø Can we do this at VERY LOW COST and without employing toxic processes ?

Ø Can we cover the rooftops and vertical glazing of our millions of buildings with Solar Panels ?

Ø Can we have most of our EVs, powered by Printed Solar Film mounted on rooftop ?

Ø Can we dispense with lakhs of roadside Battery Charging Stations ?

You will find answers to these questions in the following report

I list below my earlier e-mails on this matter , including the following sent to Shri Harsh Shringlaji

( Foreign Secretary – psfs@mea.gov.in )

Procuring Technology for “ Printed Solar Film “ [ 18 Feb 2022 ]

With rgards,

Hemen Parekh

hcp@RecruitGuru.com / 18 Nov 2022

REPORT :

Kardinia Energy25m • 25 minutes ago

The Charge Around Australia (Using Printed Solar to charge a Tesla) is on the home stretch and heading back to Newcastle.

Next week the team will be visiting schools from Canberra through to the finish line in Newcastle to demonstrate Printed Solar charging a #Tesla and to raise #STEM education awareness. We’d love to see you there (details below).

Stuart McBain (from the UK), is a sustainable energy advocate and has rolled up 8 sheets of Kardinia Energy’s Printed Solar to take on a 15,097-kilometre trip around Australia. Printed Solar is demonstrating how you can power a #Tesla (or any other electric vehicle / device) when you are off grid.

McBain’s test-drive research project is smashing through perceived limitations of lightweight, flexible Printed Solar, and Kardinia Energy is now being identified as a ‘rising star’ of Australian-developed clean energy solutions.

This fabulous large-scale research project further informs product development in areas such as #EVcharging #rangeanxiety #remotecommunities #aerospace #disasterrelief as we continue to challenge the frontier for Printed Solar use-cases. We’re purposely testing Printed Solar in extreme environments as we prepare for commercial scale production of silicon-free solar ( with in-house recycling ), in the Hunter NSW, Australia.

Printed Solar is extremely low-cost and can be used where solar panels aren't feasible, like on the flat rooftops of manufacturing facilities.

There are >70 million square meters of industrial roofs in Australia that cannot hold the weight of a solar panel array with energy simply bouncing off them. The opportunities are limitless.

Little by little, we’re changing the way people think about energy and energy generation. On this journey around Australia, school children from >70 schools have learnt about solar energy (some in fact making solar panels) as part of a #STEM education program.

Why don’t you join us and see Printed Solar charging a #Tesla?