Showing posts with label druejohnson. Show all posts
Showing posts with label druejohnson. Show all posts

Musk Matters | The Boring Company


If you enjoy hearing about Elon Musk, dig on this: One of the intrepid entrepreneur’s lesser known ventures is entitled “The Boring Company.” But, aside from a double entendre, what is it?
by Drue Johnson

Take a glimpse at the the company’s website, and you’ll see a surprisingly uncomplicated, almost concerningly vague, homepage featuring a single video. Watch it, and you’ll see a stark red car (almost looks like a Tesla Model S, doesn’t it?) pull into an odd looking parking spot. The vehicle stops, and then sinks directly into the street. Panning downward into the earth, we see the Model eS-que descend down an elevator, travel along a metal track, and then converge onto a freeway system floating in a dark abyss. Seconds later it rises back up to a new street, heading to destinations unknown.

Confused enough? Stumble upon the FAQ page, and you’ll probably find the answers you’re looking for. The Boring Company wants to
“solve the problem of soul-destroying traffic” by creating “Fast to dig, low cost tunnels… and enable rapid transit across densely populated regions, enabling travel from New York to Washington DC in less than 30 minutes.”
The traffic issue that currently plagues many cities across the United States has been getting worse as populations rise, and stands to get much worse in the near future. Musk started the Boring Company to help solve this issue, and as a way to push alternative transport systems.

The company’s site points to sheer cost as one of the largest issues with implementation, explaining “tunnels are really expensive to dig, with some projects costing as much as $1 billion per mile.” At the same time, it notes that current tunneling systems are highly inefficient, and that through improvements in both technology as well as technique, the Boring Company hopes to make tunnel systems become a much more feasible mode of transport.

As can be seen from the concept video, vehicles using the tunnel system will pull onto car-sized skates. Once reaching the tunnel road, each skate will be electrically guided to any number of stops that may be placed on the way. The Boring Company site notes that “passengers travel directly to their final destination without stopping,” so travel will remain close to top speed at all times. While decreasing travel times, the electrically powered system reduces reliance on fossil fuels, as each car will only need to travel to the nearest skate station, where the tunnelway handles the rest of the work. The skates are also said to increase safety and increase maximum payload per trip.

Just last week, Musk shared a behind the scenes look at the Boring Company’s LA project with his twitter followers. Most of the testing of the venture has been occurring beneath the SpaceX facility in Los Angeles, where the project has been awarded a test permit by the local government.

“But what about earthquakes?” you might ask. Don’t worry, The Boring Company’s got you covered. The site makes sure to note that, when earthquakes do occur, tunnels happen to be one of the safest locations to be at. While above-ground structures tend to crumble and crack with the stress, an underground “tunnel moves uniformly with the ground” as shock waves emanate from the epicenter. As evidence, the company sites 3 earthquakes: two in Los Angeles, and one in Mexico City. In near all cases, no damage to tunnel systems was detected after the fact, and the very same tunnels were often used to transport emergency personnel just after the quake.

Now at just a tenth of a mile, Musk says that he hopes to have bored a 17 mile stretch of tunnel underneath Los Angeles by next year. Once that’s done, a nearly hour long commute would be reduced to just 8 minutes. All thanks to underground electric car skates hurtling underneath Los Angeles at 125 mph.

Musk Matters | Puerto Rico Solar Energy Offer

Puerto Rico post hurricane Maria.
Image Credit: Carlos Giusti/AP via CNN

The island of Puerto Rico was recently devastated by hurricane Maria, which made landfall late September near the Caribbean and South Eastern United States. With nearly every man-made structure on the island destroyed, public infrastructure in ruins, and necessities of life scarce, many residents of the U.S. territory are struggling to resume an ordinary lifestyle.
by Drue Johnson

Though Congress has already approved a $70 million dollar aqueduct and sewer aid package, they are still deliberating on how to disperse future aid funds. Current reconstruction efforts are focused on the immediate issues: providing those affected with food and potable water, as well as getting important public structures like hospitals or government facilities running with power. While representatives and volunteers focus on the issues at hand, others are already in deliberation with the local government of Puerto Rico about how to tackle the long term problems the island will face. Except, unlike many post-natural disaster reconstruction discussions, this one began with a tweet:

On October 5th, Twitter user Scott Scapf queried Musk on a topic not unfamiliar to the entrepreneur: the integration of solar technology in public infrastructure. Scapf wondered whether or not Elon Musk could use the resources provided by Tesla’s work in the solar and energy storage fields to repair Puerto Rico’s electrical grid, making it bigger and better than it was before. The curious tweeter, likely not realizing what sort of conversations his question would set in motion, received an answer from Musk not long after. The reply revealed that his team at Tesla had already completed similar projects on multiple islands, the only caveat being that successful endeavors had occurred in places smaller than Puerto Rico.



The idea then started to become reality when Ricardo Rosselo, governor of the island, boldly tweeted back at Musk that he wanted to speak about the idea, pointing out its potential to be a groundbreaking project for Musk. After a short phone call, Rosselo tweeted “Great initial conversation with @elonmusk tonight. Teams are now talking; exploring opportunities. Next steps soon to follow.”


If Musk and the government of Puerto Rico are able to reach an agreement, it would be an astounding development, and potentially a huge boon for communities that suffer natural disasters in the future. If private businesses are able to directly influence reconstructions of infrastructure, lengthy government deliberation about aid distribution could be circumvented. In this specific case, installing solar arrays and energy storage units like those Musk’s companies offer could provide a real-world example of the benefits of a society based around renewable energy, making it hard for people to argue against implementation on a larger scale. At the same time, many of the potential reconstruction costs for Puerto Rico could be mitigated by the free energy that solar provides. Presumably investors in Tesla would stand to gain a profit from the venture while Puerto Rico bounces back from the devastation, setting an example for the rest of the world at the same time.

Musk Matters | SolarCity: The Bright Side of the Future

Image credit: SolarCity

Elon Musk is a man known predominantly for his work in the electric car industry, but truth is, he’s got more revolutionary projects going on than we can count. Whether it be Tesla, SpaceX, SolarCity, The Boring Company, or SpaceX's Hyperloop services, this eminent entrepreneur’s penchant for innovation has caught Future-Ish’s eye.
by Drue Johnson

The sun’s always on the rise, and so is solar power. Becoming more efficient each year, the widescale adoption of this increasingly affordable energy source would be a major factor in slowing the global impact of manmade climate change. According to the National Oceanic and Atmospheric Administration, about 173,000 terawatts of energy - over ten thousand times the energy usage of all humankind - coming from the sun continuously hits the Earth, making solar power one of the most readily available resources on the planet. Solar tech provides a large return while using just a little space, making it no surprise Elon Musk noted in a February 2016 Business Insider article that “if you could just took a small section of Spain, you could power all of Europe” with solar panels. Ideas like these, and the lucrative nature of an industry so untouched by private businesses later led Musk to purchase SolarCity in late 2016.

SolarCity was founded in 2006 by brothers Lydon and Peter Rive (who, as it happens, are cousins of Elon) after Musk recommended that they look into the solar energy business. Their company creates, advertises, and installs solar panels in both commercial as well as residential structures. SolarCity markets to its potential clients by making it clear that solar energy is not only an affordable option for homeowners, but a smart investment that will save them cash and provide a quick return from day one of installation.

About a year ago, Musk announced that SolarCity would begin installing solar roofing on residential homes some time before 2020. In a May 2017 CNBC article, Musk was stated
"The goal is to have... solar roofs that look better than normal roof, generate electricity, last longer, have better insulation and actually have a cost, an installed cost that is less than a normal roof plus the cost of electricity."
The 4 unique variants of solar shingles offered- textured, smooth, tuscan, and slate- show that SolarCity kept style in mind when designing the roofing. The recent acquisition by Tesla has shown that SolarCity isn’t just in it for aesthetics, but aims for utility too. Now that the electric car company owns SolarCity, a convenient pairing with Tesla’s Powerwall battery helps to ensure that customers will be set with electricity, even if grids are down. Any installed Powerwalls will charge during the day using energy collected by the solar shingles and power the home during the evening, or simply serve as a backup generator should the power go out. The SolarCity site markets the shingles on the basis of affordability, long-lasting quality and savings, making it clear that the company is aiming to popularize the use of solar energy among the common consumer.

Perhaps soon we’ll have solar in our roofs, but what’s the big fuss? The integration of solar arrays into residential structures would be a huge advancement in both energy conservation efforts as well as climate change mitigation. By allowing consumers to gather their own energy from one of the most renewable and least harmful sources, energy bills will plummet along with carbon dioxide emissions. A literal power to the people, affordable solar roofs are just what the world needs to boost solar to the top of the energy game.