10.Up to 14 kWh required per day (600 W average)
10.1. Introduction
10.2. Equipment: the minimum
10.2.1. Navigation equipment 10.2.2. Navigation light and anchor light 10.2.3. Autopilot 10.2.4. Refrigerator and freezer 10.2.5. Cabin lighting 10.2.6. Radio 10.2.7. Other consumers
10.3. Sailing
10.4. At anchor or moored without 230 V shore power pick-up
10.5. The extra’s
10.5.1. Hot water kettle 10.5.2. Electric cooker 10.5.3. Small washing machine 10.5.4. Small dishwasher
10.6. Energy generation
10.6.1. With alternators on the main engine 10.6.2. Alternative sources of energy 10.6.3. With an AC generator 10.6.4. PowerControl and PowerAssist 10.6.5. The AC generator on a relatively small boat: conclusion 10.6.6. The DC generator 10.6.7. Efficiency of a diesel generator 10.6.8. The energy supply on a motor yacht of 9 to 15 metres or a yacht at anchor
10.7. Conclusion
10.7.1. A 12 kW generator 10.7.2. A 6 kW generator with PowerAssist
11.Up to 48 kWh required per day (2 kW average)
11.1. Introduction
11.2. The major consumers
11.3. Energy generation
11.3.1. With an AC generator running 24 hours a day 11.3.2. Adding a battery for a generator free period 11.3.3. Using parallel Multi’s with PowerControl , and the DC concept for shore power 11.3.4. Multi’s with PowerAssist 11.3.5. The DC generator 11.3.6. Using a small auxiliary DC generator to reduce generator hours, battery capacity and fuel consumption
11.4. Conclusion
11.4.1. A 20 kW generator with generator free period 11.4.2. Implementing PowerControl and the DC concept for shore power, and adding an auxiliary genset to reduce battery capacity 11.4.3. Using a smaller generator with PowerAssist , the DC concept for shore power, and an aux. genset
8
© Victron Energy
Powered by FlippingBook