Load & generation
Map continuous, intermittent and peak demand against generation through each operating phase. Make the remaining margin explicit.
Electrical generation & alternators
REAH Power
Put every watt in context.
Connect payload demand to electrical generation and its cost in shaft power and heat. Define the power system around the complete operating profile.
Concept
Portfolio preview. Product definition. Scope load-budget and generation evaluations first; dedicated alternator design follows programme requirements.
The engineering question
What does another payload do to the power budget?
Add the payload. Understand the consequences.
Alternator integration
Examine alternator sizing, speed ratios, efficiency, drive losses and thermal derating alongside the propulsion installation.
Machine design programmes
Define electromagnetic and thermal design workflows for a dedicated alternator, with geometry, materials and validation needs agreed at programme level.
A focused evaluation
From your inputs to a useful engineering review.
- Bring
- Electrical-load schedules, generation maps, drive configuration and thermal limits.
- Work towards
- An operating-profile power budget and a view of the generation, propulsion and cooling constraints.
- Designed for
- Electrical engineers, payload integrators and propulsion teams.
Concept
Evaluation access, supported functions and delivery milestones are agreed for your programme. The portfolio describes product direction; it does not establish general availability.
Connected engineering
Carry the decision into the next discipline.
REAH Power
Bring the case your team needs to solve.
Tell us about the workflow, the available evidence and your next engineering milestone. Let’s define a useful starting point.