← Back to Insights
The Energy-Resilient Operation.
"The electrification strategy increases energy performance and deepens grid dependency. These are not separate risks. They are the same risk, compounding."
$1.4T
Unplanned downtime costs the world's 500 largest manufacturers annually. 11% of revenues.
(Siemens True Cost of Downtime 2024)
(Siemens True Cost of Downtime 2024)
55%
Of Europe's power system has limited import capacity, raising structural blackout risk.
(Ember Energy Research, September 2025)
(Ember Energy Research, September 2025)
The Fusion Equation
Performance × Responsibility = Value
Performance
Operational Continuity
Responsibility
Energy Sovereignty
"Europe needs a new industrial policy that delivers on energy resilience and system integration." — Mario Draghi, EU Competitiveness Report, September 2024
The core tension
Electrification without resilience is not a transition strategy. It is a new dependency, differently labelled.
The industrial firm that treats energy resilience and decarbonisation as separate investment decisions will optimise for neither and achieve both slowly.
The analytical depth
What if the grid goes down for 10 hours? The Spanish employers' association estimated €1.6 billion in losses from the April 2025 blackout. Seat, Ford, and Iveco plants halted production. 50 million people without power for up to 23 hours.
The electrification strategy deepens grid dependency. Every EV fleet, every electric furnace, every AI-driven process shifts more operational risk onto infrastructure that Ember (September 2025) describes as 55% under-interconnected across Europe.
On-site generation de-risks the operation. But the first instinct is diesel backup: reliable, fast, carbon-intensive. The company that chose diesel in 2026 locked in Scope 1 emissions at the moment its net-zero trajectory required the opposite.
The resilience investment and the decarbonisation investment are the same investment. The industrial firm that treats them separately will optimise for neither.
ABB / Siemens
Industrial Downtime · $125K/hr Median Cost · On-Site Resilience as Strategy
$1.7M
Average cost per hour of unplanned downtime at large industrial manufacturers. A single incident can reach up to $42.6 million in total losses. 61% of manufacturers suffered unplanned downtime in the past year, costing the sector up to $852 million every week.
(Fluke Corporation / Censuswide, 600 respondents US-UK-Germany, October 2025)
The commercial and industrial sector is now the largest driver of global microgrid growth, ahead of utilities and remote communities. Large manufacturers, logistics hubs, and automotive plants are investing in on-site microgrids with integrated storage to manage three objectives simultaneously: continuity during grid disruptions, Scope 2 emissions reduction, and energy cost stabilisation through peak shaving. The average payback period for a commercial and industrial microgrid storage system has fallen from over nine years in 2020 to under six years in 2025, driven by falling battery costs and rising grid electricity prices in Europe. The Spain April 2025 blackout accelerated this shift: SEAT, Ford, and Iveco halted production that day. The automotive plants that had invested in on-site resilience continued to run.
"The Siemens Wendell facility in North Carolina deployed a 1.25 MW solar-powered microgrid capable of producing 100% of the electricity needed for its industrial manufacturing operations. Target: 100% CO2 reduction by 2026. The investment solved continuity and decarbonisation with the same architecture. This is not a pilot. It is the industrial model that eliminates the false choice between resilience and sustainability."
The Siemens Wendell facility deployed a 1.25 MW solar-powered microgrid that solved continuity and decarbonisation with the same architecture. This is the industrial model that eliminates the false choice between resilience and sustainability.
Performance
Operational Continuity
The industrial operation that cannot absorb a 10-hour grid outage is not energy-resilient. It is energy-dependent. On-site generation, battery storage, and intelligent load management convert grid dependency into grid optionality. The performance case is not abstract: the ABB survey found that a single eight-hour outage at the median industrial facility costs one million dollars. The on-site architecture that prevents that outage generates its ROI the first time it is used. For many industrial operators, that first use is now within the next 24 months.
Responsibility
Energy Sovereignty
Energy sovereignty is the industrial equivalent of supply chain sovereignty: the ability to operate independently of infrastructure you do not control. The company that derives its operational continuity from an on-site renewable microgrid has simultaneously solved its Scope 2 reduction target. These are not separate sustainability metrics. They are the same architecture decision, serving the same business objective: remove the grid as a single point of failure, and remove fossil backup as a Scope 1 liability. The resilience investment is the responsibility investment, and both are the performance investment.
Download the full case
PDF · 7 slides · Free access · Downloaded 0 times
Unresolved tensions
Will the EU's grid investment close the resilience gap before electrification expands it?
When does on-site generation become a competitive necessity rather than a risk hedge?
Does AI-driven energy demand make the grid resilience problem faster or slower to resolve?
By Fabrice Macarty
This case resonates?
Electrify your operations. Build the resilience that makes electrification defensible. The continuity case is the decarbonisation case.
Start the conversation