Green Economy Journal Issue 60
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ENERGY<br />
ENERGY<br />
A utility’s geographic<br />
footprint is one final<br />
major element that<br />
impacts resilience.<br />
A dependable supply<br />
chain, in other words,<br />
will be about trade-offs.<br />
Manufacturers are trying to fill the void by expanding onshore capacity<br />
and developing more advanced equipment, but new facilities and<br />
innovations take time.<br />
Suppliers have told us, in fact, that utilities will need to work with<br />
them more closely than ever to expand production. But how to<br />
do this? Suppliers will have to continue raising prices to cover the<br />
expense of additional manufacturing lines, which means the rands<br />
utilities have won’t go as far. If some utilities don’t meet the higher<br />
prices or other terms that suppliers can set, then they won’t get<br />
contracts, whereas more cooperative utilities will.<br />
Utilities, then, are in a new and unaccustomed position of having<br />
to rethink supplier relationships: from tactical buys to strategic<br />
partnerships. Either find ways to invest in suppliers to ensure future<br />
needs or roll the dice and hope that supplies will be there when<br />
you need them.<br />
A dependable supply chain, in other words, will be about trade-offs.<br />
It will be flexible while maintaining an optimal balance between cost<br />
and performance. Where it has focused on cost to preserve capital,<br />
it will now depend as much on drivers, including time-to-market,<br />
ESG impact and service levels. It will mitigate risks by adjusting for<br />
them, quantifying financial impacts and changing course as priorities<br />
shift (see figure 3).<br />
This dynamic of trade-off and exchange – where utilities will have<br />
to understand demand in operations, match it with supply, and go<br />
to external sources – effectively calls for a procurement and supply<br />
chain clearinghouse.<br />
The clearinghouse approach brings structure to unknowns. Utilities<br />
progress from reactive event management to business continuity<br />
planning, where they gain a much clearer understanding of weak<br />
links in the supply chain. Redundancies are implemented to manage<br />
gaps and responses to unexpected events are planned.<br />
Once those steps are taken, a utility can prepare its supply chain<br />
for the future using forward-looking models to forecast potential<br />
events, prioritise risk and likelihood with sensing systems, and use<br />
manual intervention and decision-making for recovery when adverse<br />
events occur.<br />
Article courtesy of Kearney Consulting<br />
Maximise capital. The third aspect is financial: how a utility will get<br />
the most value for the rands it has to spend. From rands tied up in<br />
inventory of raw materials and finished goods to capital in reserve,<br />
the utility will be able to quickly assess financials for urgent, ongoing<br />
and investment projects.<br />
KEY TO THE ENERGY TRANSITION<br />
A utility’s geographic footprint is one final major element that impacts<br />
resilience. How diverse and available suppliers are to the utility’s<br />
operations is key because it affects how quickly it can activate alternate<br />
routes and locations of focus if something goes awry. If plan A fails, it’s<br />
ready for plan B or C.<br />
Specifically, finding alternatives to reliance on single-sourced<br />
suppliers is what’s pressing (see figure 4). By pre-qualifying alternate<br />
suppliers, a utility can significantly reduce risk and ensure consistent,<br />
cost-effective product flows across the supply chain. The more<br />
suppliers and less variation in products, the lower the supply risk.<br />
As the number of suppliers dwindles and the number of product<br />
stock-keeping units grows or becomes exclusive due to patents<br />
or status as an OEM, the supply risk grows exponentially. These<br />
suppliers require a different level of engagement that elevates them<br />
to strategic partners to utilities.<br />
Pre-qualify where potential future alternatives exist. Dual or<br />
multi-source where there are viable options and fewer suppliers,<br />
and potentially vertically integrate or co-invest in those that are<br />
of the highest value or pose the greatest dependency. Taking<br />
the time to identify and approve alternates will pay dividends<br />
in the long term.<br />
First-mover utilities will proactively identify their supply risks and<br />
develop cooperative relationships with suppliers to lock them in.<br />
When a utility commits to a supplier – especially one that produces<br />
some of the most essential equipment, such as transformers – that<br />
supplier has the confidence to invest in new technology or put<br />
in another production line. By moving beyond an attachment to<br />
slow-moving inventory and committing to a certain volume over<br />
a longer period, a utility can guarantee supply more cost-effectively.<br />
Reclaiming and reigniting supplier relationships is new to the power<br />
sector. However, this approach, along with the dynamic trade-offs<br />
afforded by a clearinghouse-style supply chain, can limit economic risk<br />
and bring utilities the freedom to grow and transition to a new era.<br />
Kearney analysis<br />
Supply chain is about trade-offs – delivering resillience while maintaining an<br />
optimal balance between cost and performance<br />
Figure 3. Leading utilities require supply chains that are reliable,<br />
nimble and agile.<br />
CONTROL TO MITIGATE CHALLENGES<br />
The constant reevaluation of a clearinghouse structure offers distinct<br />
advantages by allowing a utility to see what it needs and spends at a<br />
granular level.<br />
Determine demand. The utility determines demand by honing<br />
its planning capabilities – turning what it needs to do into units<br />
of labour and materials. This leads to decisions on accomplishing<br />
tasks internally or externally and what the product platforms will<br />
be (the groups of products, such as transformers, and their classes<br />
based on solution). It also helps determine which platforms will<br />
be interchangeable for use at one plant or facility or another. The<br />
operational footprint becomes clear.<br />
Evaluate supply and logistics. On the supply side, there will be<br />
regular evaluation of supplier landscape, logistics and the external<br />
workforce. The utility will have a clear view into and control over the<br />
inbound transportation of supplies and rapid, accurate distribution of<br />
them into the field through its own or a dedicated, contracted fleet.<br />
Kearney analysis<br />
Figure 4. Diversification of single-source suppliers, by pre-qualifying and dual-sourcing, can also help mitigate the risk from geographic concentration.<br />
*Authors: Andre Begosso, Rajeev Prabhakar; partners. Natasha Villacorta, James Guba; principals. The authors would like to thank Kish Khemani for his valuable contributions to this paper.<br />
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