Battery Storage is HEREBattery Storage is critical to the energy revolution that has been sweeping the world. For industrial storage, vanadium is the best solution. FVAN went thru some s/p spikes as the traders feasted on it. That's over for now. Fundamentals will drive the price forward. The average amount of s/o for any gold jr that has been around for 10 years and has drilled and proven up a resource can easily be at 200 plus mill s/o. FVAN has a resource that has a value that would be comparable to an 8 gpt open pit gold mine. An open pit gold mine with a resource of as low as .5 gpt can be profitable if the resource is large enough and the infrastructure is good enough. Gold resources of over 1 million oz with 1 gpt get built. FVAN's resource is right on surface in the best mining jurisdiction on earth with fabulous infrastructure. Even if the price of vanadium dived to $15 a lb, (down from $33) it would be equivalent to a 4 gpt open pit mine. With 37.5 mill s/o (not fully diluted) FVAN has about 1/5 of the shares of a jr that has sized up a resource. When you divide $1.00 a share (today's price) by 5, you arrive at 20 cents a share. Based on what price you use for vanadium and the size of what FVAN already has in terms of lbs in the ground, the insitu value of FVAN is somewhere between 5 to 10 Billion Dollars. It doesn't take a rocket scientist to get the point that FVAN is dirt cheap at a comparable of 20 cents a share. xxxxxxx The battery boom is coming to China, California and basically everywhere elseand it will be even bigger than previously thought. The global energy-storage market will surge to a cumulative 942 gigawatts by 2040, according to a new forecast from Bloomberg NEF published Tuesday, and that growth will necessitate $620 billion in investment. Sharply falling battery costs is a key driver of the boom. BNEF sees the capital cost of a utility-scale lithium-ion storage system falling another 52 percent by 2030. Two important markets come into particular focus. China, which is building up its battery-manufacturing capacity, will be a central player in the boom. California, meanwhile, has pushed through a series of measures in recent years that will directly or indirectly spur more batteries But cost isnt the only factor. Governments from China to California are spurring demand, as is the rise of electric vehicles and solar power. Theres also been a greater focus on storage for electric-vehicle charging as well as energy access in remote areas. Costs have come down faster than we expected, Yayoi Sekine, a New York-based analyst at BNEF, said in an interview. Batteries are going to permeate our lives. The implications of cheaper batteries are far-reaching, upending multiple industries and helping spur technologies necessary to help fight climate change. Batteries power the electric vehicles that are popping up on our freeways. They also unlock solar power from the exclusive confines of the sun. Two important markets come into particular focus. China, which is building up its battery-manufacturing capacity, will be a central player in the boom. California, meanwhile, has pushed through a series of measures in recent years that will directly or indirectly spur more batteries, including legislation that would require all of the states electricity to come from carbon-free sources by 2045. Storage is just so sensibly the next step in the evolution of renewable energy, Edward Fenster, the executive chairman of San Francisco-based rooftop-solar company Sunrun Inc., said in an interview. If were going to get to 100 percent renewable energy, well need storage. Here are six key takeaways from the latest BNEF battery forecast: Cumulative energy-storage deployments are now forecast to exceed 50 gigawatt-hours by 2020. Thats three years earlier than BNEFs outlook from just last year. Energy storage may be equivalent to 7 percent of the worlds total installed power capacity by 2040. The Asia-Pacific region will be home to 45 percent of total installations on a megawatt basis by 2040. Another 29 percent will be spread across Europe, Middle East and Africa. The remainder will be in the Americas. The majority of storage capacity will be utility-scale until the mid-2030s. But then so-called behind-the-meter projects installations at businesses, industrial sites and residential propertieswill overtake utility-scale. A list of the leading battery countries is topped by who you would expect: China, U.S., India, Japan, Germany, France, Australia, South Korea and the U.K. South Korea today dominates the market but will be overtaken by the U.S. early in the 2020sand both will later be eclipsed by China. Storage is coming to developing countries in Africa, too. BNEF explains it thusly: utilities will likely recognize that the combination of solar, diesel and batteries in far-flung sites is cheaper than extending the power grid or building a fossil-only generator. Source