On the morning of November 8th, 2018, a live wire broke free of its grip on a 99-year-old electrical tower, sparking one of the most deadly and destructive wildfires in California’s history. Iris Natividad was away from home when her partner Andrew Downer told her over the phone that the fire was a mile away from their...

Shell Australia today announced it will build and operate its first industrial-scale solar electricity farm near Wandoan in central Queensland, Australia. The solar farm, named Project Gangarri will have a capacity of 120 MW and should be complete next year, the company said. Project Gangarri will be built on the land of the Iman Traditional...

It’s no secret that most reports on climate change are filled with dire warnings for our future. The consensus is that the earth is getting progressively warmer, and our energy-consumption habits have had a direct impact on that.  Coal and fossil fuels as energy sources increased our ability to produce, but there have been some...

Two companies have come up with a potential solution to help mitigate power outages in California. Recent state utility proposals have called for new measures that would allow California utilities to increase the quantity and duration of Public Safety Power Shutoffs (PSPS) as part of their wildfire mitigation plans. These PSPS, while important, can have severe impacts on businesses, hospitals and others who need reliable power.

On January 14, 2019, California’s largest utility, PG&E, filed a bankruptcy notice stating that it plans to file for Chapter 11 bankruptcy by the month end on January 29th. Given its business situation, PG&E must proceed with the bankruptcy process unless lawmakers step in because PG&E’s current liabilities from California’s 2017 and 2018 fires are about 10 times PG&E’s current market cap of $3.5 billion, which is down 90% since last Fall. Obviously, this is a big issue for the cleantech industry since PG&E covers a territory that runs from Eureka to Bakersfield, including 106,000 miles of electric grid.