RE: BMN Fully Integrated Fully Charged7 Nov 2018 13:24
(2 of 5)
Slide 19 presents the expected rates of energy storage demand with average annual deployment expected to reach 15GWh by 2025 of which VRFBs are expected to capture between 15- 25%. That means that by 2025 VRFBs deployment could average (20%) around 3GWh per year (possibly rising to 3.75GWh if the 25% uptake is realised). In terms of vanadium, according to BMN, that would mean an average of 16,500 mtv per annum by 2025, so more than 3 fully expanded (phase 3 at 5,073 mtv) Vametcos.
Slides 20 to 24 deal with the technology of the VRFB and include many of the slides that I discussed in my last piece entitled ‘BE Your Time is Now.’ However, they are well worth your time to review because they make it abundantly clear that the global VRFB has everything it needs to usurp its lithium-ion competitor, never mind an SA based VRFB that is seeking SA based projects, it’s just the chance to shine that it has been waiting for.
Slide 25 is interesting because it demonstrates much of what I have been talking about and reinforces the message in slides 20-24, that VRFBs aren’t just a fad. They have real worth, when as I have already said they are given the chance to prove themselves.
Slide 27 demonstrates the potential uplift in vanadium demand when VRFBs are in play. Roskill offer a number of scenarios based on their own research, with their base case coming in at 8,000 mtv and their best case scenario coming in at circa 16,000 mtv by 2027. Under the VRFB 25% market share rule, there would be over 50,000 mtv required for the VRFB market alone.
Slide 28 demonstrates that even using the Roskill base case scenario, coupled with the expanding steel market, by 2027 world vanadium demand will be at circa 129,000 mtv. That compares to total consumption of 85,800 mtv in 2017. Thus as a minimum the market needs to find over 43,000 mtv of new material in the next 9 years. If the 25% market share scenario comes to pass, then that figure jumps to over 86,000 mtv, so more than double the 2017 output for the industry.
If we assume that the energy storage market growth rate is real, be it that the battery technology share is still to be decided, then what that all points to is one of two scenarios happening. Either price will remain elevated to a point that sufficient new mines have the ability to secure the finance to be built, or VRFB uptake will be curtailed by the vanadium market’s inability to supply sufficient material.
If it is the former, then as a minimum, the world has got to find the equivalent of more than 8 fully expanded Vametcos in the next 9 years, just to meet the Roskill base case scenario. If not then VRFB uptake remains muted but vanadium prices to a certain extent should remain, at the very least, elevated above their long term average. If they don’t then it will be because steel demand has reduced, which in turn should free up more material for VRFBs, thus further supporting future prices.