A new analysis of the crisis being faced by South Africa's ferrochrome industry as a result of uncompetitive electricity tariffs, outlines a possible renewables-battery-led scenario for meeting the industry's need for sustainably cheap and greener electricity without triggering an acceleration of what could otherwise be an Eskom death spiral. Titled 'To Save or Not to Save SA's Ferrochrome Smelters and Eskom', the thought-leadership paper has been written jointly by Johan van den Berg, an energy professional with experience in the ferrochrome industry, Frank Spencer, an energy engineer, and Johan Roos, an Advocate in private practice. The analysis follows confirmation that Eskom has made a 62c/kWh offer to Glencore-Merafe and Samancor, but has been published ahead of likely National Energy Regulator of South Africa hearings, where the details of that offer will be made public. This will include details on how Eskom will use a R10-billion portion of a larger R230-billion debt relief package extended to it by the National Treasury to close the immediate revenue shortfall that implementing the offer will precipitate. The authors make the case for sustaining the industry, which currently has only four of its 48 smelters still operational; smelters that are producing about 19% of global ferrochrome, despite South Africa holding 72% of global chrome ore reserves. They assert that doing nothing is not cost-free and could, in fact, be the most expensive option of all, albeit with costs that are diffuse, delayed and borne by people with little direct influence. "The short answer to what we lose when ore leaves un-beneficiated is this: almost everything except the hole in the ground. "The mining jobs remain, and the port throughput, but the manufacturing value, the dense employment, the fiscal contribution, the Eskom revenue and the strategic position all migrate offshore," the paper states, noting that between 30 000 and 68 000 direct and indirect South African jobs are at stake, along with more than R100-billion in yearly export value. WEIGHING THE OPTIONS Various options for sustaining the smelters are weighed, including restricting exports through legislation or fiscal structuring; direct support from the fiscus; cross-subsidisation of electricity prices to match the uneven playing field of global competitors; exempting the ferrochrome industry from the carbon tax; and/or subsidisation of the immediate construction of dedicated solar PV and battery energy storage systems (BESS) to supply the smelters. The PV+BESS option, involving 8 GW of PV and 2 GW/24 GWh BESS, is described as "surprisingly compelling", while the authors rank the scrapping of the carbon tax as a "last resort" regressive step that would prolong high emissions and carbon dependency for longer than necessary. While the analysis describes the PV+BESS solution as immediately feasible, it argues that it is nonviable, as it fails to protect the Eskom balance sheet over the medium term. Instead, the authors propose a policy position that involves a combination of interventions over a four-to-six-year 'bridging' period, including the imposition of an export royalty on un-beneficiated chrome ore, together with a capital subsidy to support the building of a PV+BESS fleet that would be dedicated to supply the smelters. The analysis shows that the PV+BESS option would require R157-billion in total capital expenditure, deployed over a three- to four-year construction period. However, R77-billion of that capital would need to be provided in the form of a one-off government capital subsidy to facilitate a 62c/kWh outcome. That subsidy, the authors calculate, is lower than the R113-billion that would be required to 2030 for Eskom to subsidise the gap between providing electricity at 62c/kWh, escalating at 6% yearly, against its 196c/kWh average cost of supply, escalating at 8% yearly. The authors show that the Eskom subsidy path would require R18.6-billion to close the gap in 2...