Daily consumption, peak loads and required autonomy before selecting capacity.
All service solutions
BATTERIES, CHARGING AND MONITORING
Marine energy sized around real consumption
A larger battery alone does not solve an energy shortfall. Bank capacity, peak loads, charging sources, protection and monitoring must work as one coordinated system.
An energy balance before equipment selection
We start with the loads and the way the vessel is used, then establish what the battery bank must deliver and how it can be charged safely. A lithium, sodium-ion or existing lead-acid bank is therefore assessed together with the alternator, shore charger, solar and inverter.
When to contact us
Batteries discharge too quickly, monitoring is unreliable or power is lost overnight.
The inverter shuts down under load, charging is slow or the alternator runs too hot.
A lithium or sodium-ion conversion, larger inverter, solar array or service-bank expansion is planned.
What we check
Battery bank, BMS, busbars, cable sizes, fuses and main isolation.
Alternator, shore charger, solar controller, DC-DC devices and charging profiles.
State-of-charge measurement, temperature, ventilation, available space and service access.
Marine energy
What you receive
- 01
An energy balance and a realistic range for the required capacity.
- 02
A coordinated charging, distribution, protection and monitoring architecture.
- 03
A prioritised implementation plan showing which existing components may remain.
Related technical guides
PROJECT ENQUIRY
Send an enquiry
Send us details of your vessel and existing system.
Equipment models, installation photos, a description of the symptoms and your intended result help us define a useful next step.