PORRITTINC
( LAYTON, UT )
SPECIFICATION · MARINE BoP

Self-contained
by design.

A vessel is the purest balance-of-plant problem: generation, distribution, cooling, water, and waste inside one hull with no grid to lean on.

← Back to Self-Contained by Design

DESIGN TARGET · NOT MEASURED PERFORMANCE

Figures on this page are engineering design targets and reference-architecture values, not measured results from operating hardware. They state what the design is being engineered to achieve. Verified performance data will replace them as systems are built and tested. Nothing here should be relied upon as a performance warranty.

Design basis
NO BACKSTOP

Zero grid support

Ashore, a weak plant leans on the interconnect. At sea the plant either balances or capability is lost. Every margin has to be real.

COUPLING

All systems interact

Generation heats the sea-water loop that cools the HVAC that conditions the space housing the switchboard. Nothing is independent and the model has to reflect that.

VARIABILITY

Conditions move

Ambient, sea state, and load profile change hourly. Fixed setpoints tuned alongside are wrong within a day of sailing.

IMPLICATION

Adaptive supervision

Supervision must adapt operating points continuously rather than hold static setpoints. That is the design consequence of everything above.

Design targets
0
Grid backup
COUPLED
All systems
ADAPTIVE
Setpoints
PROPOSAL
Design stage
Design consequence

The coupled, unsupported nature of shipboard plant is why we treat marine as the proving ground. A supervisory layer that holds at sea is straightforward to apply ashore; the reverse is not true.

Discuss the details.

Specifications evolve as the design matures. Contact us for current status and integration requirements.

CONTACT TIMOTHY → Back to Self-Contained by Design →