Tag Archives: Battery

October 4, 2023 · 12:19

Delivery for Granny Smith

Yup, I went there. A delivery for granny (Tim Cook). Yet, what set this off? I was watching some YouTube and there I saw the repair of a MacBook Pro. It was all because of the battery. I wasn’t looking for this, I am massively happy with what I have. Yet, what I saw was unexpected. It was unexpected because I never gave it much thought. This happens. We care about stuff, we do not care about stuff and the latter part often tends to be because we simply do not know. 

So there I was watching the repair of a MaBook Pro and a thought came to me. Now, lets be clear. This is nothing against Apple and perhaps they went this way a long time ago and rejected the idea (for whatever reason), but I believe that true innovation comes through sharing thoughts. It is a lesson that a greed driven like Microsoft seemingly never learned. So when an Apple engineer sees this and laughs his (or her) ass off. no hard feelings. Perhaps that same person will think ‘This won’t ever work’, however, if I change this and that and perhaps…… This is how true innovation becomes a reality and I am placing it here as a delivery for granny (Tim Cook) with zero expectations. It isn’t always about the money. The idea that I set in motion a new innovation in battery technology is a reward all onto itself. Yes, If it comes with a few million (50 would be nice) I will take it, but it is not about that. My mind went into creative mode seconds into that video and it came up with an idea in a field I never ever dabbled in. It was never my field, but creativity will not be set in borders (is Microsoft or Ubisoft reading this?). You see creativity opens up new frontiers and perhaps the next idea does touch on one of my existing IP and it will push it forward even more. Creativity also (for the most) cannot exist in a vacuum. It requires the bounce of other ideas and perhaps Apple (the non sour edition) will place ideas somewhere and it will drive other fields (like its own Apple Arcade). These fields require interaction and often the interacting party is an indie developer that got to its very own stage by juggling ideas that Apple never considered. We all have blinkers that stop us (even me). We use these blinkers to focus the thoughts and ideas we have, but we need to be aware that we now have a limited field of vision.

It reminds me of a small conversation I had earlier today. You see the FN FAL is a 7.62 rifle. It as invented in 1953 and I trained on that little bugger in 1981. The rifle was that good and that dependent. The thought that came to me was that the PSA AK-V MOE Rifle is a relatable 9mm version (it has a 9mm version too). The reason to consider this puppy is because it is a lot more accurate than the Israeli Uzi, yet the downside is that the Uzi will work under the most disastrous of conditions, when sand clogs up 98% of all firearms, You remove the magazine from the Uzi, hit it against the side of a jeep until the sand is gone and the Uzi is ready for combat. The PSA will be useless at that point. However a PSA with cop-killers and a silencer will shred armour like butter. Downside/Upside. This relates to the battery that it is an idea I had.

The pad is like a bandaid to be inserted (at fabrication) in the inside of the battery. The purple pad is like a pampers pad, stops liquid and let gasses slowly get through. The blue pad is a gauss that hold any liquid that made it under the pressures, an extra safety. The images showed me that these batteries keep tremendous pressure and the ‘bandaid’ allows for the escape of that pressure, leaving the MacBook Pro relatively unscathed. Now, I get it, some Apple engineers will laugh at this idea, but someone will iterate this into a real working solution. Innovation also comes from sharing, not by harnessing the idea hoping to make a quick buck.

Is my idea any good? I have no idea, but it was a creative approach, as such it was worthy of a page. Tune in next week when I show you how I got the idea to make the entire a satellite network by the private spaceflight company SpaceX useless using a naval invention from 1908. It might not make for a useful invention, but it could make the setting of great suspenseful TV. Consider that the sky has 4,852 working satellites in orbit and SpaceX is adding over time 1000% to that (yes that was not a typo), so I reckon that having a new imaginary danger on TV makes for good ratings. And lets be clear, when the world suddenly losses their Facebook panic is almost a certainty.

Have a nice creative day.

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January 15, 2023 · 20:34

The theory of new

Before I connect to the story of today which BBC gives us is something from my past. In the 80’s I learned that there are 4 basic stances. Attack, defend, avoid and evade. The last two are not the same. In one we deflect here the attacker goes in the other we avoid where the opponent is expecting to be. It helped me in many of the stages I ever faced. It is the basic of being, that is how I saw it anyway. So these matters were in my mind when an article hit my eyes. It was ‘US-China chip war: America is winning’ (at. https://www.bbc.com/news/world-asia-pacific-64143602), are they? Really?

You see the article gives us “These tiny fragments of silicon are at the heart of a $500bn industry that is expected to double by 2030. And whoever controls the supply chains – a tangled network of companies and countries that make the chips – holds the key to being an unrivalled superpower.” I cannot disagree, but the setting is folly. You see for the most in the last 30 years that industry tried to be everywhere and there is a stage where we see them in many places. But is that a good thing, or can that truly be pushed everywhere? Think of it, think of the stage from let’s say 1996 and now 2023. Electronics got to drown everything else. 

Now lets look at the simple image below

It is an abacus, and it comes from Persia about 600BC, there is enough speculation that they got it from somewhere else and that story goes back to the age of Mesopotamia. What is important is that a person truly versatile in this device can get to a result faster than anyone with a calculator and there is the solution, or perhaps the direction of the solution. The second strap is not what is out today, but what was out yesterday. In the older days we had Microsoft laptops, they outgrew their usefulness, or so that was what Microsoft wanted us to believe. The laptops were too slow, but guess what, those laptops became decently powerful Unix/Linux servers and that was a mere 10 years ago. The old PS3 could be broken into a Linux system, which was surprisingly powerful. They got a new lease on life and that is what we need to do, we need to consider other directions. Yes we see all the bla bla bla on AI and on what a powerful system can do, but guess what? AI does not exist. Machine learning does and deeper machine learning exists too and they are awesome. AI needs a lot more and these parts do not yet exist. In the first a real quantum computer is required and IBM is the closest to getting one. Once they get a handle on shallow circuits and the power is upped, that is when the system exists where a real AI could be, the second part is still a decade (at least) away. A Dutch physicist did find the Ypsilon particle and that is essential to get the shallow circuit truly going, but it is a decade away. You see chips are binary. It is either yer or no and an AI needs the Ypsilon particle. It is Yes, No, Neither or Both and these last two will evolve systems into closer to true AI and we are not there yet. So how does it all fill together? 

That is the core and we see part of that with “The manufacture of semiconductors is complex, specialist and deeply integrated. An iPhone has chips that are designed in the US, manufactured in Taiwan, Japan or South Korea, then assembled in China. India, which is investing more in the industry, could play a bigger role in the future.” This is true, or at least it sounds true, but the real issue is what can be replaced with a chip? You think it is ludicrous, but is it? Do we need them? It is a serious question. You see any new technology is derived from the limits of others and as power is more and more an issue in many places, the idea of exploring the field of mechanical computer is not the craziest. What did we overlook? What did we reject because an American told us that their chip was better? They did it before with VHS, Betamax was highly superior, but VHS had the numbers, it is the only reason they won. So what else did we reject? If an abacus can equal a person with a calculator. A system with a time advantage of 3000 years, what else is possible? We forget to look behind us (which is where I found billions in IP) what else is there and what else could be done? And this is not done overnight, this will take years, decades perhaps but it would result in a new technology stream, one not founded on electronics and guess what, when the power falls away, so do your chips. So is my idea weird? Yes. Is it preposterous? Perhaps. Is it invalid? No! There is enough evidence all over the field and seeking replacement systems is not the weirdest idea, not in this day and age. 

Consider one other system, in the old days (a little past WW2) someone invented the Knijpkap (squeeze cat) the torch had a small dynamo inside which sounded like a purring cat when operated. 

The interesting part is that it needed no battery. So how many torches do you know that have no battery? What happens when batteries are not available? We can add a recharging battery to hold that power, or not. But one device completely without battery. So what happens when we adjust this to other means? These are two simple applications, now consider one where whomever invents it reuses a mechanical computer to take the load away (and revenue) for electronic ones? That will be the exercise and it is not an easy one. It takes one with serious brains and a decade at their disposal. But I reckon the spoils will be so worth it in the end. 

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January 13, 2023 · 11:54

Inactivity by the overpaid

The Dutch NOS is opening a storm-gate with the article (at https://nos.nl/l/2459559) stating that there will be a power shortage by 2030. Personally I think that he is overly optimistic. I would reckon that clear shortages will be visible no later than 2027 in the Netherlands. The UK will start showing these shortages no later than Q3 2024 and there are several nations in that same setting. The US was already showing them last year, not to a large degree, but enough to get noticed in California and Texas. It will get worse soon enough. I reckon that it will be horrid to live in these places the coming summer. With millions of AC units draining whatever power there is, the stage for these two places will not be a joyous one. I stated that danger in ‘Time as a factor’ (at https://lawlordtobe.com/2022/05/15/time-as-a-factor/) in may last year and several other articles over the two years preceding that. There was (optionally is) a solution and for that they all needed Elon Musk, but governments are not that intelligent. Instead of catering to Elon Musk, they catered to his anger and now the solution will come at premium price. His battery would have been able to decrease the pressure by well over 10%-20% in 2018 when I first made mention of it. But the overpaid civil servants kept on being inactive and that saving is now lost to them. 

There still is an option for several places, but it will take immediate action, places like Texas and California, as well as the UK, France and Italy will have to act NOW to get something done, because Elon is not storing these batteries and when they have to produce 15-35 million batteries, they can sell at a premium but that will set you back so many billions, that the loss of Twitter is nothing more than a little blip on the radar. And there was a solution, but you all had to make fun of him, cater to fake news and cater to BS settings all whilst Jack Dorsey was given a ‘do not touch’ voucher. So how much can Jack Dorsey add? I’ll tell you nothing and now that you need Elon Musk, what will you do? Bully him a bit more? Consider that when these batteries go to India, Saudi Arabia, UAE and a few other places BEFORE they go to Texas and California. And when you realise that a place like Texas will need close to 1,000,000 Power walls at $17,000 each, the math becomes increasingly easy and it might not be enough. In that California would need in access of 3,000,000 walls. And that is before the added wind and solar collectors are added. One simple setting to overcome the loss of Twitter. And lets be clear, he has no obligation to any of you. He can charge premium prices, it is HIS right to do so. Sucks to be you now, does it not?

And in that setting Texans might still forgo power for 16% of the day when they need power for their AC, a stage that was clear in play since BEFORE 2018. All this before some might realise that a place like London will need well over 1,000,000 power-walls. The numbers start adding up and Tesla has the IP everyone needs. So how will you cater to that? Like a bully or will you realise that some people were overpaid by a fair amount and they did NOTHING. If I saw this almost 5 years ago, they should have been on that hobby horse a lot longer, but they were not. Why was that? 

And the shortage will get worse for the UK soon enough. You see, Sweden (Vattenfal) is already showing shortages for winter, as such less and less can be delivered to the UK who will now feel the brunt a lot sooner and the solution I offered in ‘Will you feel frisky?’ On June 28th 2022  (at https://lawlordtobe.com/2022/06/28/will-you-feel-frisky/) now feels a lot more on point, does it not? So how many documents can the UK produce of efforts they made from 2018 onwards to cater to this need? And that is the setting now, but this pressure keeps on growing, so the worm that hesitates will get eaten in this setting, because the shortage is global and now that the pressures are showing will some ask, why did we do nothing? People have been BS’ing on power independence since the 90’s and when the moment comes, we see inaction. Don’t take my word, check and you will see I am right. The overpaid were inactive for far too long, let them explain why. Oh, and they come with something like ‘It was a complex issue’ feel free to dock their pay for over 40%, it was why they were there and even if that doesn’t solve the issue, it will feel good to see the worm squirm for his lost 40%. Do it, you’ll see you’ll feel better. 

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April 23, 2022 · 15:06

Energy Tattoo

It is always fun and exciting to see a new wave of IP, it is equally interesting and exciting to see this when it is the IP of someone else. You see, any creative mind will respect and delight in seeing and meeting any true creative mind and that is where I was this morning. It was an article by the BBC on April 9th that got to me. The article ‘Nano ink solar cells allow tech to charge in any light’ (at https://www.bbc.com/news/av/technology-61025430). There we see “While they are unlikely to help charge more power-hungry devices like phones and laptops, the nano inks, developed by Giovanni Fili’s company, Exeger, will help power many other things such as headphones” I think that Giovanni is on the right track to a lot more. Yes, he might be right in one way. But consider a messenger back, or backpack cover with that ink, not powering the device, but a power block. It charges all day long and then at the end of the working day can recharge the phone, perhaps even the laptop to some degree. Consider that part, an ink that has the ability to charge. Now consider that it is in nearly all light conditions and that ink is sort of black, now consider fabrics, how much surface does that power enable? Now these are mere thoughts that come without any regard on how expensive the ink is, but the idea that it can be done, implies that more is possible and Exeger is at the start of that race and they are alone at the start of that race. Powering drones, powering isolated devices the consumer goods and military applications are close to limitless and Exeger is the only player in town. That matters. It matters more than my 5G IP, it matters more than some of my other IP including the public domain solution of $10,000,000,000 I placed less than a week ago. Giovanni Fili has the inside track to a new race most do not even know is starting soon, and it makes me happy, it makes me rejoice, because the true creative mind is rare and when it is towards a common good nearly anyone will require it makes sense to become happy. A Swedish invention that could have a large global impact and global intentions soon enough. To see a creative mind should make anyone happy and suddenly I have no need for coffee (weird), I am just sitting here on the sofa considering what else is possible. Because when you consider that ink becoming a paint, how much energy efficiency will a container carrier get? What is possible when the roof of a modern building is covered with that. The larger energy impact solutions will become royalty of tomorrow, consider that part and consider how big your energy bill was and how much of that can be reduced? You see we know that there are solar cells out there, but now THEY have competition, so how much cheaper will these solutions suddenly become?  

Just a few ideas to keep in mind, in the mean time lets raise our glass to Giovanni Fili and his creative mind, he’s earned it.

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December 16, 2020 · 21:06

Dangerous conclusions

We all come to them, conclusions that are shaped in the mind, usually they are based on facts making them speculations, some are based on speculations making them pure delusions, some are in-between and that is the dangerous part, are they visionary, are they speculative delusions? The point is that the writer will see them as visionary, but the writer (even me) is not the best judge in this.

For the exercise I need to grasp back to a story I did recently. ‘Trillion dollar Musk’ was written on December 3rd (at https://lawlordtobe.com/2020/12/03/trillion-dollar-musk/), I there ‘accused’ Elon Musk that his value would skyrocket to $1.2 trillion collars. I also gave the readers “The UK (via the Guardian) inform us of “Britain’s electricity will be in short supply over the next few days after a string of unplanned power plant outages and unusually low wind speeds this week”, the UK has an increasing need for Scandinavian power and soon it cannot be met. I reckon that in the next 2-3 years that shortage will be close to systemic all over the EU”, the stage was set and I still believe that we are 2-3 years away, but are we? Bloomberg (at https://www.bloomberg.com/sponsors/jll/seven-ways-to-retrofit/index.html) gives us ‘7 Ways to Retrofit Buildings for Energy Efficiency’, it is a setting and it is sponsored by JLL, a real-estate and investment firm who gives us “We’re here to create rewarding opportunities and amazing spaces around the globe where people can achieve their ambitions. In doing so, we are building a better tomorrow for our clients, our people and our communities”, I believe that we are about to hit an energy snag, a little sooner than I anticipated. 

So as the JLL gives us 

  1. Upgrade you lighting
  2. Upgrade the HVAC
  3. Optimise Performance
  4. Implement a Waste Strategy
  5. Use Continuous Commissioning
  6. Organize “Treasure Hunts”
  7. Elevator Controls
  8. Added by me: Upgrade kitchens.

Now the Elon Musk battery shows the issues, even as we are now hearing more and more on the need for carbon neutral in commercial buildings, the private places are merely one step away.

Forbes reported in August “At first, the state’s electrical grid operator last night asked customers to voluntarily reduce electricity use. But after power reserves fell to dangerous levels it declared a “Stage 3 emergency” cutting off power to people across the state at 6:30 pm” and this is only the beginning. Elon is about to get a massive increase of value and his wealth might go up well beyond $1.2 trillion. 

It is not limited to California, although they are the most visible one, New York, the United Kingdom, and parts of Europe and Australia will see a drastic need for power sooner rather than later. At that point the rich we can ignore, they will get what they need, the middle income section, that is where the massive gains are made, a lot will add a growing carbon neutral stage with the adapted Tesla battery, the power grid adaptions for lights, Air conditioning, water heaters (boilers), fridges and freezers. There will be a massive option for growth there, the adaptation of AC equipment to DC equipment, a stage where some will buy new stuff and some will need adaption with new power units for both. I came up with a new sort of roof tile, made from recyclable plastics, and each tile will have solar cells, instead of putting panels on top (some will still do that), to tiles where people can grow their power creation stage, two tiles, the highest levels which connects to the second grid and the battery and other tiles that will connect to other tiles and a highest layer tile. The benefit of that is that people do not need to splurge on massive panels, with the battery they get tiles, but it is a basic level, as some need more power more quickly, more sets of tiles can be bought, giving the people months to grow their setting and reduce their carbon footprint. In addition, some will add wind-vanes. It is a stage that is as essential and as clear as traffic jams, we have been increasing power needs with an average of 5% per year. How long did you think that the energy companies could deliver? Consider your fridge, what you had 10 years ago and what you have now. Larger families needing more boiler water and the summers require more and more air conditioning units, all set to a lower temperature burning power away and California can no longer cope with the need. They are the first, but they are not alone. How many devices require a charger? In 1990 that was 1 perhaps 2, now it is 5-8 PER HOUSE, routers, Wifi modules, and the PC went from the ‘high end’ of 300 Watts to the average PC now needing 600-1100 Watts. In 1990 there were less than 700,000,000 globally that were into gaming, now that number is 2,000,000,000 higher (globally), two billion additional devices, the consoles do not use that much, but still 150 watts, times a billion is still a lot, they also need a TV running, now, the TV is actually a massively low energy user if it is a LED flatscreen. But the numbers are not looking good and that is before you realise that PC’s were something a company had in 1990, now, for the most, nearly every employee at every firm has one, there tend to be low energy versions, but they are still there and often they are on day and night. When you see this list and do the numbers, you need to see that energy firms needed to double their options in 2000, that never happened and now they need and alternative and Elon Musk has it, and owns the IP no less.

So is my version so much more visionary because Bloomberg had a sponsored JLL article? I don’t think so, but I believe that awareness is being created at higher levels and we need to catch on sooner rather than later, because the prices of electricity will go up again and again in the next 2 years. Consider your budget and consider your energy costs will go up by 10% in 2021, how much more budget will you not have?

That is the stage I foresaw some time ago, I will let you decide how right or how wrong I am.

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December 3, 2020 · 21:43

Trillion dollar Musk

I got some questions thrown at me in the last few days, they were pretty much all about me over valuing Elon Musk, but am I? I stated before that in the next 3-4 years his value will increase to roughly $1.2 trillion dollars, or in a less shorthand version $1,200,000,000,000, yes that is where he is heading and he already has most of the IP in his possession to do so. The second part I get is what do I get out of it. Nothing, well, like most I would like a 3.75% commission on the increase with a maximum of €5 B (a man is allowed to dream) and it would amount to less than one percent of his gain, I am not overly filled with confidence I will see a penny, but his increase is almost set in stone. 

Why set in stone?
The UK (via the Guardian) inform us of “Britain’s electricity will be in short supply over the next few days after a string of unplanned power plant outages and unusually low wind speeds this week”, the UK has an increasing need for Scandinavian power and soon it cannot be met. I reckon that in the next 2-3 years that shortage will be close to systemic all over the EU.

Why?
Consider most houses and apartments. Only a decade ago our power needs were not that high, now many houses have more than one gaming console. The fridges are 200%-400% in size, PC’s that had a 300 watt power supply now has a 600-1200 watt supply, if it was one apartment it was a small issue, but this is now covering millions of places all over Europe and millions op places in the US. I reckon that in 3 years the political screaming starts for Carbon Neutral houses and apartments, and Elon Musk has the battery. It is more than the battery, the larger need for an individual solar and wind power base will increase, you see in 2-3 years the power outages will start to really hit, so as infrastructure (like hospitals) will need protection, houses will see power cost go through the roof and political parties will all unite to vie for subsidies on a larger scale and Elon Musk has the larger base of goods. 

Yet he cannot do it alone, DC appliances, like lights is easy and not the larger bulk, yet the fridges, the freezers, the water boilers and heaters, they take up a much larger part and new houses will all be outfitted with carbon neutral settings, as the houses has either via new tiles based on recycled plastic, with the high end having solar cells in the tiles, we will see a growth setting where people have a cell foundation and a growing amount of tiles with solar cells, some will also have wind fans, all generating the house power, all captured in the Musk battery. It will grow slowly, the harder hit area’s first, but it will grow and at some point there will be a near exponential growth for a little while. Germany and France (rural parts) are the most likely area’s, the UK and Belgium. But it will grow into the US as well. Even as the US seems to hide behind “A report by the US Department of Energy site weather-related power outages as the leading cause of power outages in the United States. The report and the Pew research both also acknowledge an aging infrastructure as part of the problem. Some of the US power grid dates back to the earliest onset of electricity”, the actual problem is near systemic, power needs have grown well over 10% annually in the last 5-10 years. Computers, AC systems, larger fridges and the list goes on. TV’s less so, yet in many ig not most households, from 11 Mega Watt a month, we see that many houses are now on 1100-1800 Watt per hour for a larger part of the day, each day and that is starting to add up, as such when the Musk Battery becomes the stretch of time that nations need his value goes through the roof and in that the $1.2T might be a conservative cautious number at present. It is a lot depending on the larger power needs that the EU, UK and US are staging, but the growing need cannot be hidden, even as we see that the weather is ‘apparently’ the larger cause as some claim it, it is not the only cause and when the people see the musk solution as a larger stage for resolving brown out damage, the people will push for that solution as well. So when the GeGaLo Index can no longer supply to the needs the buyers want it, energy prices will quite literally go through the roof and the Musk battery is only one element but it is his IP and it is for too many a solution. 

That is what will soon set the beginning of Elon Musk becoming the first trillionaire, and optionally over time it will make him the first multi trillionaire. I reckon that bad boy Billy Gates never considered being passed to this degree (or would that be bing passed), but I reckon that he will not care. 

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June 18, 2020 · 00:35

Musings

I am currently awaiting my new laptop. My Lenovo Chromebook just is not good enough (apart from the dodgy spacebar). And as I was pondering a few actions, the BBC article ‘How Elon Muskaims to revolutionise battery technology’ I remembered the idea that his car battery gave me. You see, the solar cell idea was nice, yet the setting to ADD somethig to your roof is where the issue optionally starts. My idea was to replace the roof tile in roofs, in newly built houses. This new tile based on the old one, exists in two versions, version 2.0 and version 2.0 plus The 2.0 tile is made from recycled plastics, and therefore over time cheaper and beneficial to nature, the second one has added solar cells in it and it fuels the car battery.

Now one tile is not going to hack it, yet a roof can be replaced over time with more and more cells. Fuelling that battery faster and giving it more use. Over time that battery will fuel lights, heating aircons and a whole range of appliances. Making the house first carbon neutral and over time carbon negative. Those buying houses will benefit the most, yet apartment complexes can benefit too as it fuels the common usage parts and over time we add to the electricity net making them money too. A stage where we look at a stage where we all become the power suppliers. His battery is the start of something more and in this age of power usage, we can become neutral in its needs. Consider your own needs, how much power does your console use, your TV, the router and optionally the PC, now consider that their power use is nullified by the roof, as well as the two most power intensive parts, the boiler (if you have one), and the fridge which will use power 24:7.

Now consider that usage to be nullified not by one person but by 10,000,000. That would reduce brownouts in places like California and Greece by close to 80%, from the benefits of having, we now see the benefits of providing, the electrical car being one part, you create the power it needs, implying that your personal fuel costs will diminish handing you more money every months for other matters. Consider your bills at present, now take fuel and power out of that equation. The larger benefit is not gained overnight, but over time and the stage I considered was one where we grow the creation and diminish the usage by not adding loans from the get go, but replace at easy steps without having to add loans. In this setting we can have a stage with the initial mortgage, and that makes sense, yet over time (every 2 years) you can add 20-50 tiles with spare change, giving you that in your first decade you are well beyond carbon neutral and that is only the start, as I see it the Musk battery technology can alter lives on a very large scale. His car is merely the start of something larger, benefitting billions of households.

You might think that these are simple musings, and you would be right, yet the creativity to apply someone’s creation in another way could start more creativity, more originality and applied to a much wider field. Lets face it, the weapon I created to sink the Iranian fleet was based on an offshore engineering principle (with some added physics). 

The roof idea would not have had the impact if Elon Musk did not do its duracell manoeuvre. We merely need to look at where else a battery like that one could impact us and how we fuel it, and when you walk through any city and see the billions of inactive roof tiles, consider the amount of power you get when every tile you see becomes a power creator. In this the rural people have an added bonus, they will have access to power on a size they never had before. When that becomes a thing of the past, we can focus on new fields and in other areas, there is plenty of mess to fix and a lot of it can be broomed under a rug (we all do it).

 

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June 22, 2018 · 12:48

The Tesla orator

The issue has been out for a little while, yet up to now it didn’t really interest me. Cars come and go, some cars have flaws, and others have merely a dent in its design. There are consumer laws and there are legal paths for those buying the wrong product, or better stated a flawed article. Like below, the T7 transporter, a space ship costing 17 million, its manoeuvrability is so bad that an opponent flying something at the cost of 5% of this ship can destroy it without too much hassle.

Worst buy ever (at 17,472,252 credits)

 

So why a game reference?

Does it matter what you bought, what it was for or why you bought it in the first place? Cars are like video games to most people; their marketing is about look, about sensation, about satisfaction and about joy. When was the last time that a car was actually marketed or sold to you with only a focus to get you from point A to point B?

So when I saw the article (at https://www.theguardian.com/technology/2018/jun/21/tesla-whistleblower-sabotage-elon-musk-gigafactory-martin-tripp), with the title ‘Tesla whistleblower claims company is ‘doing everything it can to silence me’‘, I started to wonder what this was actually about. The subtitle gives us “The electric carmaker is suing a former technician for alleged hacking, but he says he’s being scapegoated for leaking concerns“.

So the two parties, is this one side about ‘leaking concerns (whistleblowing)‘ or is this about ‘alleged hacking (industrial espionage)‘. As the Guardian treats us to “By the end of the day, he had been sued by his former employer for alleged hacking and theft, engaged in a hostile email exchange with Elon Musk, come out as a whistleblower, and was being patted down by sheriff’s deputies over allegations that he was threatening to go to his former workplace and “shoot the place up”“, we need to wonder what this is actually about. You see, from my point of view, if there are concerns you take them up with the ‘right’ parties. Those who know me know that I did just that, straight to the CEO and I was not nice about it. I had customers to protect, I had their data to protect and I did just that. The real deal is not now, or was ever the issue to anyone outside the company. That is what a caring employee does. A caring employee does his job to the best ability and to the degree where he sets the proper stage to be able to do this. We see allegations left right and centre and when we see ““I’m a scapegoat because I provided information that is absolutely true,” Tripp told the Guardian on Wednesday evening. “This is obscene … It feels like I have no rights as a whistleblower.”” This is where we get the questions that matters:

  1. ‘I provided information that is absolutely true‘ yet, who was this information provided to?
  2. ‘I have no rights as a whistleblower‘, might be right or wrong depending on who you provided the information to.

At times the equation can be that simple. The Washington Post gives us “But Tripp, who says he became a whistleblower after seeing what he called dangerous conditions in the company’s car batteries, told The Washington Post“, gives less valid light to Martin Tripp, depending on the path he took. Any company has its own path to take. Are their emails that Martin Tripp took to the bosses, to his boss, to the legal department of the firm and to the QA division? Even if it was the subtle “Are you out of your effing mind to put such a battery in a car?” Did Martin do any of that?

In opposition the Washington Post gives “The showdown has exposed deep rancor at a tech giant famous for its head-turning cars, high-pressure workloads — and Musk, its unyielding boss. It also marks a new depth of suspicions from Musk, who recently sent companywide emails urging workers to stay vigilant against shadowy “outside forces,” saying, “Only the paranoid survive.”” (at https://www.washingtonpost.com/news/the-switch/wp/2018/06/21/saboteur-or-whistleblower-battle-between-elon-musk-and-former-tesla-employee-turns-ugly-exposing-internal-rancor), You see, we might be triggered by ‘high-pressure workloads‘, or ‘stay vigilant against shadowy “outside forces,”‘ in this we need to accept to some degree and realise that all the other brands are petrochemical driven, so any Tesla success will hurt them all. The Dow Jones Index is set by 30 companies, they include Chevron and Exxon, as well as a few financial institutions doing business with those two and as such a success on one site, is in the long term implies diminishment on the other side, so being paranoid is not the worst mindset to have, yet in all this, an unreceptive CEO (or should that be: unperceptive) is never a good thing. In all this it becomes a slight issue that neither side is bringing home the bacon on actual safety concerns or documented interaction other than the emotional one in the Washington Post. The other part we see is “He said he and his family have temporarily vacated their home after their address was posted online.” The question becomes, which person thought that doing that was a good idea ever? The Washington Post does give a link to the Business Insider (which had issues for me). It does give something else, which does not bode well for Martin Tripp. When we see: “Tripp said he tampered with no systems and shared information with the media only after seeing things that alarmed him within the company, including what he says were dangerously punctured batteries used in Tesla’s latest Model 3 sedans“. Here my question becomes, why the Media? Why not openly give this to the authorities? You see, a claim like ‘dangerously punctured batteries used in Tesla’s latest Model 3 sedans‘ implies that there is optionally a federal crime at the very least as production is national, in addition to allegedly endangering lives. So why not go to the FBI? Perhaps that was done, but the articles do not seem to give light to that part.

Yet another Business Insider article (at https://www.businessinsider.com.au/tesla-model-3-production-in-2018-so-far-2018-6), gives us:

  • Tesla has completed about 30,000 of its Model 3 sedans in 2018, according to internal documents viewed by Business Insider and two Tesla employees.
  • The company is trying to ramp up its output of the car to 5,000 a week, but that effort has been beset by challenges.
  • Tesla has made about 6,000 Model 3 cars in June, so far, according to a person familiar with the matter.

There are clearly issues with production, yet is it about managing expectations? Keeping the hype up and adjusting delivery times? Is there a resource issue, which we see with “CEO Elon Musk has called it a “production hell” on more than one occasion! The effort has been beset by bottlenecks, and the company has gone as far as flying equipment from Germany to speed up the process“. There was a news article last week on a battery catching fire, yet this is merely one instance, one instance on thousands of cars made. It does not give light to anything serious, not when it is merely one. This whilst in opposition there are more and more articles given claims that do matter, you see the element is not the car, it is about something entirely different. We see that when we consider the following: “cobalt has been a key ingredient in building high-energy-density lithium-ion batteries, like those used in electric vehicles. In some batteries chemistry, cobalt makes up as much as a third of the chemistry in a lithium-ion battery. Around half of the world’s cobalt production goes into rechargeable batteries, and concerns about supply constraints and the environmental and human impacts of cobalt mining have made it a controversial component of electric vehicles“, then we get “But Tesla CEO Elon Musk dropped a bombshell on the industry earlier this spring when he revealed that the battery cells in the Model 3 use less than 3% cobalt, a fraction of the amount that other state-of-the-art battery chemistries are using” (source: thestreet.com). The issue is not merely the battery; it is the Cobalt in the equation. If that is true in any way shape or form than Tesla is sitting on the hottest tech in decades. Well over 30% of our daily need is dependent on batteries. Your smartphone, your iPad, iPod, torches, compact camera, movie camera’s, Car batteries in general, batteries for motor cycles, so when we see that Cobalt is $42 a pound, and there has been reported lack of supplies, the one solving that problem is sitting on hundreds of billions of IP, and now Martin Tripp does not look so holy, he does not seem to be this concerned citizen. It is like someone publishing the recipe of Coca Cola. Once it is out, it is gone to public domain and in that Elon Musk is very correct to go ‘slightly’ overboard. People have been assassinated for a hell of a lot less.

Yet in opposition of this, we do see from Ars Technica: “I then had to provide numbers to a group of engineers/production every morning and asked several times if anything was being done to rectify the issues. [I] even [had] a few meetings with my HR rep and brought the issues up.” At that point, he began leaking to the press, specifically to Business Insider, which wrote a June 4, 2018 story entitled: “Internal documents reveal Tesla is blowing through an insane amount of raw material and cash to make Model 3s, and production is still a nightmare”“. It is clear that errors were made in action and reaction on both sides, yet, for Martin Tripp the issues should have stopped to some degree after he went to HR, and even if it makes for good ‘publicity’ from a media point of view to report ‘production is still a nightmare‘, as well as ‘Tesla is blowing through an insane amount of raw material and cash‘, they are issues that fall well above the pay grade of a technician, especially whilst we see clarity that this entire matter is being evolved to more and larger plants. A company in motion, no one denied that. Even as we see that there are production issues, they are not for us to opt on (unless we want to sell Elon Musk a solution). In all that I see, I see two parts. The first is that Martin Tripp is not and should not receive whistle blower protection. The second is that if the given presentations are true, Elon Musk is not merely sitting on some electrical car, he is sitting on an optional battery solution that might be the biggest desire for every mobile implementer around the globe. You only need to talk to half a dozen camera men working around the globe for news organisations to realise that their lives revolve around a better battery. Elon Musk might be in a stage where he is on top of a new IP. Sony had the same option in the early 90’s and with their battery (which was loads better than anyone else had) they conquered several battery dependent markets overnight. In a little over 25 years that dependency has only grown and it implies that the better battery can own the market share of whatever opposes it.

So as we saw that the confirmation was for the current batteries to have less than 3% (it was tested to contain only 2.8% cobalt), the claim “Musk recently doubled down, saying on Twitter that Tesla’s next-generation battery will use none of the element” would have an astronomical impact. In this the science is twofold. if less cobalt is an option, yet costs size (not an issue for cars) we see the first, now consider the second setting that with cobalt, the battery is even smaller and more powerful, this in equal measure counts, because when you consider the current players (iPhone 7, Samsung Galaxy 9, Google Pixel 2 XL and Huawei P20), when one of them has that solution now offering the same phone with 5200 MAh, which one would you buy? All same sized, yet one has a battery span 40% longer? What would you do?

Consider the last time you needed a power bank or you were low on battery power, now consider some dumb individual makes that IP public knowledge and that was by right your property, what would you do?

I see no evidence that Martin Tripp is on some holy crusade. Him going to the Business Insider and not to the FBI, NY Times, LA Times or Washington Post gives me that conviction.

Feel free to disagree; this is merely my point of view on the matter.

Have a great weekend (to recharge your own internal battery) everyone!

 

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January 4, 2018 · 17:49

Squeezing the Apple juice

We know that Apple has been playing games in the past, I myself lost close to $5,000 due to their little games, yet I also have had great joy with their devices, so when I read ‘Apple faces lawsuits over its intentional slowing of older iPhones‘, (at https://www.theguardian.com/technology/2017/dec/22/apple-lawsuits-intentional-slowing-older-iphones), I decided to remain a little cautious. One of the claims in the class action regarding the batteries was countered by Apple with: “Apple has admitted to slowing down the iPhone 6, 6S, 7 and SE when their batteries are either old, cold or have a low charge to prevent abrupt shutdowns“, this is odd as the Apple 7 is less than 15 months old (about the same time I got screwed with my Apple). What is a real danger is linked to the claim “Apple purposefully and knowingly released operating system software updates to iPhone 5, iPhone 6 and certain iPhone 7 phones that slowed the performance speeds of the central processing units (‘CPUs’) of these devices“, if proven could result in a massive fine and even could opt for the dropping of the price of the iPhone X by a lot (30%-60%), which would give the first wave owners additional reason to be angry too. One of the plaintiffs gave: “Instead, Apple appears to have obscured and concealed why older phones were slowing down.” which would be part of the issue and not the smallest part of it.

And Apple is not done, in the last few days, the media have been drowning us with all kinds of Apple news. Some come with the upcoming optional acquisition of Netflix, some come with the fact that the prices of Apple batteries have been slashed to a mere $29 dollars, Apple developer program fee waiver and even Fortune with ‘Why the Next iPhone X Could Be Apple’s Biggest Smartphone Ever‘ is taking part in all this. With “KGI Securities analyst Ming-Chi Kuo said that he believes Apple will offer an updated iPhone X this year to complement a larger, 6.5-inch iPhone X Plus model” we see a new twist. The people who spent $1829 on the ‘old’ model merely a week ago will see their model outdated whilst it is still in the warranty phase, that is if they didn’t spent the additional $299 for the Apple Care option. So as we see these waves we might lose side of the Business Insider who is giving us: “Apple’s battery controversy could cost the company over $10 billion in lost iPhone sales“, (at https://www.businessinsider.com.au/apple-battery-controversy-10-billion-lost-iphone-sales-2018-1).

Barclays gives us four main reason, but the one that matters is awareness, Apple had been left in the shadows for the longest of times and now that the actions of Apple are out, the people are taking more notice, the fact that the old X is now getting the shadow of the new X is equally an issue as sales could plummet. Who wants the old model now, when they could feel inferior as the Greek summer arrives and a larger screen edition, all for taking the bikini selfies on 6.5″ would be preferred by man and woman alike?

Yet in all this, the act of the accused battery drain scenario is now falling in the backdrop. Even Forbes who gives us “reducing the $79 charge for battery replacement services to $29 for 11 months “for anyone with an iPhone 6 or later” does not seem to give too much addition to all those iPhones that were working fine recently and now that the patch is there, the 5 year old iPhone 5, immaculate or not is to be regarded as obsolete. So much for the tribute to Steve Jobs that Tim Cook gave in September 2017. With “Steve’s spirit and timeless philosophy on life will always be the DNA of Apple“, which pretty much went out of the window through the use of a battery and an alleged software patch. Even as Vox gave us ‘Apple admitted it’s slowing down certain iPhones‘, yet how will this play in the class action? I am betting that their legal defence will rely on the words ‘miscommunication‘ and a ‘failure at the QA level‘, which does not make Apple innocent, it merely makes it look less guilty and whilst we now see all the massive waves of news (the Netflix rumour, which I got from a Citi source is the biggest limelight push) will aid in getting the water nice and muddy until the people care a little less on their bad investment of $1800+. The Vox article (at https://www.vox.com/2017/12/22/16807056/apple-slow-iphone-batteries) also has the Apple ‘party line’, which is: “Lithium-ion batteries become less capable of supplying peak current demands when in cold conditions, have a low battery charge or as they age over time, which can result in the device unexpectedly shutting down to protect its electronic components“, which is in my book a way of stating that the battery is the lemon not worth the Squeeze. Apple basically needed the Samsung Note 7 battery, but dreaded the inflammation of flames in the iPhone, we saw how that pounced Samsung, so as we see that their battery was not the solution (according to the software) we see the dangers that down the track your mobility and connectivity is set to a $29 battery and its 330 day lifeline. So is the larger screen about a larger screen, or will it be because the larger new iPhone X will be about the essentially desperately needed larger merely to keep the iPhone X switched on?

the most important part is seen in the statement by John Poole, founder of Primate Labs and Geekbench developer. with “Once the phone is shut down, the battery is in a state where the only way to get the phone back online is to plug it into a charger. If you’re out with your phone on the go, that’s clearly not a great situation to be in” we see that the negative evolution of iPhone from mobile smart phone to merely a phone and not a very smart one is at hand and for those on route, they get to live like the executives of 1975, on the road without a phone to appraise their customers of the delay that they are facing.

They could take a break and eat an apple, to keep the doctor and his/her ulcer medication away, but that would be the mean thought to have.

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