What is the business case for EV fire containment — before an incident occurs?
The relevant question is not whether an EV fire can happen on your vessels. It is what your position looks like before investigators, underwriters, and media if one does — and whether you acted on the risk before it occurred.
Felicity Ace · Car carrier total loss · Est. $450m
If an EV fire leads to a vessel loss, crew injury, or insurance dispute — what does our documented decision-making look like?
Why EV fire risk is now a management decision, not only an operational one
EV fire incidents on vessel decks are no longer theoretical. Several high-profile incidents — including the Felicity Ace car carrier loss and the Fremantle Highway fire — have forced crew abandonment, vessel total loss, and extended insurance disputes. In each case, the fundamental problem was the same: existing suppression systems brought the fire under initial control, but could not prevent reignition.
As the EV fleet on European roads grows and the average vehicle age increases, the probability of an EV fire on a vehicle-carrying vessel increases proportionally. The question management now faces is not whether to address this risk, but whether the decision to address it — or not — is documented.
Estimated losses from the Felicity Ace car carrier fire — one vessel
Period during which an EV battery can reignite after initial suppression — the window that creates the management decision
EVs on EU roads in 2024 with lithium-ion batteries (EUROSTAT) — the pool from which vehicle deck cargo is drawn
Timeframe within which IMO regulation on EV carriage safety is expected — operators who act now document a decision, not a reaction
Two positions in the event of an EV fire incident
The difference between these two positions is not the outcome of the fire. It is what the operator's documented decision-making looks like before investigators, underwriters, flag state authorities, and — if relevant — media.
- Relied on existing SOLAS-required suppression systems only
- No documented assessment of the reignition risk gap
- No independently verified containment solution in place
- No crew training records specific to EV fire response
- Exposed to questions about whether the risk was known and ignored
- Insurance position dependent on what flag state and P&I investigators find
- Documented risk assessment of EV reignition risk on vehicle decks
- Independently verified solution (DBI) procured and on board
- Crew training certificates on file — specifically requested by insurers
- Drill completion records in SMS audit file
- Demonstrates the risk was assessed and a proportionate response taken
- Documented foundation for insurance premium negotiation
Operators who can demonstrate they assessed the risk, procured an independently verified solution, and trained their crew are better positioned before investigators, underwriters, flag state authorities, and media than operators who relied on existing suppression systems alone.
How EV-X relates to hull insurance and P&I cover
Hull insurance premium
IF Hull Insurance has confirmed that documented safety investments support premium negotiation. The documentation EV-X generates — DBI test verification, training certificates, drill records — provides the evidence base for that conversation with your hull underwriter.
Stop/go coverage risk
An insurance broker engaged by EVstinguish has indicated that EV fire response capability may become a stop/go condition for hull cover on EV-carrying vessels. Operators who have not addressed this risk may find their options narrowing as underwriters sharpen their EV guidance.
P&I position
In the event of an EV fire incident, the P&I club will review the operator's documented risk management. Training certificates and independent product verification are specifically the documentation formats that support a strong P&I position. These are produced as part of normal EV-X adoption.
Total cost of adoption
EV-X is a one-time purchase with a 10-year minimum service life. The only scheduled recurring costs are lifting cushion servicing at years 5, 10, and 13. The documentation it generates supports insurance premium negotiation — savings of a fraction of hull premium are sufficient to offset the investment entirely.
Where this is heading — and what acting now means
The regulatory environment around EV carriage on vessels is developing. The question for management is not whether regulation will come, but whether adoption is recorded as a proactive decision or a reactive one.
| Development | Current status | Direction |
|---|---|---|
| Flag state requirements | No specific requirements for EV fire equipment currently exist. Procurement of EV-X requires no flag state notification. | IMO regulation on EV carriage safety expected within 5–10 years. Operators who act now document a decision, not a compliance response. |
| IMO guidance | IMO guidance on EV carriage safety is actively developing. ClassNK has issued guidelines. | Formal requirements expected to follow guidance. Early adoption positions operators ahead of the obligation curve. |
| Insurance requirements | EV fire response capability is currently a factor in premium negotiation. Not yet a mandatory condition for cover. | Industry signals suggest this may become a stop/go condition for hull cover on EV-carrying vessels. Operators without documented EV response capability face increasing exposure. |
| Industry incidents | Felicity Ace (2022), Fremantle Highway (2023), and others have raised the profile of EV fire risk among underwriters, flag states, and media. | Each incident increases regulatory and insurer scrutiny. The question after each incident is whether operators with EV cargo have addressed the risk that incident exposed. |
What is actually being asked of management
EV-X does not require a board decision. It is procured as an operational tool through normal safety budget channels — the same pathway as PPE or supplementary firefighting equipment. No class approval, no flag state notification, no structural modification to the vessel.
What management is being asked to consider is whether the risk has been assessed and documented at the appropriate level. The evaluation itself — a vessel-specific technical review — is a due diligence action. It produces a record that the risk was considered, regardless of what is procured.
What a technical review produces
A vessel-specific assessment of deployment feasibility, space requirements, SMS compatibility, and crew needs for your specific vessel type and layout. Suitable to present internally as documented due diligence. Not a purchase commitment.
What the DBI documentation provides
Independent third-party verification of product performance — not supplier-claimed. In a format suitable for board review, underwriter review, P&I club assessment, and flag state inquiry. Available at no cost on request from SepcoTech.
Three actions — each a due diligence step, not a purchase commitment
The evaluation itself is the documented record that the risk was considered. Each of the following produces evidence of a considered management response — independent of what is ultimately procured.
Request a vessel-specific management briefing
A concise briefing on EV fire risk exposure for your fleet, the post-suppression gap, and what documented adoption produces for your risk position.
Request a management briefing →Receive the DBI executive summary
Independent test summary in a format suitable for board review, underwriter presentation, or P&I club documentation. Available at no cost on request.
Request DBI executive summary →Read the complete EVstinguish landing page
Full product information, technical specifications, operational fit, and FAQ for all stakeholder audiences including TSI, HSEQ, and Procurement.
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