Exploring everything within renewable energy like solar panels, wind turbines, hydro, geothermal energy, battery technology, and more.
Solar power has seen record growth over the past decade, created an incredible number of new jobs, and is one of the most affordable forms of generating energy. But with all of those panels popping up across rooftops and open areas, what happens when it comes time to replace them? And do the environ
I’ve been left wondering why so many companies, like Nikola Motors, Toyota, and Honda, are still supporting fuel cell vs lithium ion battery technology. What are the pros and cons? And is there a future for fuel cell vs battery beyond cars?
Exploring Tesla Powerwall and home batteries - worth it? I just got a Tesla Powerwall ... well, more like I've got a Tesla Powerwall ready to be installed. But with home batteries like this being so expensive, why would anyone want one? It goes beyond a simple "return on investment" discussion. In f
Supercapacitors explained - the future of energy storage? With Tesla’s battery day event not too far off, and their acquisition of Maxwell Technologies last year, I thought it was worth taking a closer look at what a supercapacitor is. Some believe that supercapacitors might be integrated into futur
Let’s talk about some hints that Tesla dropped in the last quarterly call around cell production, scaling manufacturing, and EV range expectations. And how Tesla is pulling something from Apple’s playbook.
The truth about wind turbines and how they are one of the most cost-effective, fastest growing and arguably underused sources of energy currently available to us. But when a wind turbine is not in operation -- meaning, getting them built and working out what to do to recycle them once they're taken
In Tesla’s Q2 earnings call Elon Musk dropped the little bombshell that Tesla's solar panels cost $1.49 per watt after incentives. I found that it can be even lower than that. This is a huge step forward for the price of solar power. Why? Let’s get into it.
The past year has had some really interesting advancements with perovskite and multijunction solar cells, which are going to have a big impact. Plus, what if I told you it might be possible to harvest power from shadows?
The appeal of Carbon Nanotubes is their potential to dramatically improve energy storage and renewable energy... a topic that scientists have been attempting to tackle for decades. As it turns out, Carbon nanotubes can be easily mass-produced already, so why haven’t we seen the carbon nanotube revol
If we want to replace fossil fuels entirely, we need to build batteries that can store enough renewable energy to power entire cities for much longer periods. With liquid redox flow batteries, there's a viable path forward for city-scale renewable energy storage. But where do we currently stand with
Thorium is often held up as one of the best paths forward for achieving a mix of cheap, clean energy for our grid. Even former presidential candidate Andrew Yang was pushing for Thorium reactors along with wind and solar. So what is it? Why are there so many people excited about it? And is it really
It's the holy grail for the ultimate clean energy power source. Virtually limitless clean power that’s fueled by sea water, and is much safer than the nuclear fission reactors that we have today. What’s not to like? Perhaps that it's always billed as being "30 years away." With all of the breakthrou
