I decided to 'run the numbers' for this trip and see how our costs boiled down with solar vs. generator power for 6 days. Power consumption was used for lights, music, TV, DVD, water pump, showering, flushing, and recharging our electronics. We were in camp 142 hours this trip; 120 hours on solar and 22 on the generator. Honda generator power was utilized to top off batteries on both overcast days, provide A/C relief several hours one day, and to pump 40 gallons of fresh water midweek. As such 22 hours of generator equals 3 gallons of gas (yes, the Honda EU-3000 is this efficient) totaling $10.95 (@ $3.65 per gallon). This equates to 86% of our total power consumption from solar and 14% from generator power, resulting in a total power cost of $1.82 per day. If we were to use solely generator power for the same services our total cost would be $25.55 or $4.25 per day.
Saturday, July 27, 2013
Breaking Down the Costs: "A Work in Progress"
I decided to 'run the numbers' for this trip and see how our costs boiled down with solar vs. generator power for 6 days. Power consumption was used for lights, music, TV, DVD, water pump, showering, flushing, and recharging our electronics. We were in camp 142 hours this trip; 120 hours on solar and 22 on the generator. Honda generator power was utilized to top off batteries on both overcast days, provide A/C relief several hours one day, and to pump 40 gallons of fresh water midweek. As such 22 hours of generator equals 3 gallons of gas (yes, the Honda EU-3000 is this efficient) totaling $10.95 (@ $3.65 per gallon). This equates to 86% of our total power consumption from solar and 14% from generator power, resulting in a total power cost of $1.82 per day. If we were to use solely generator power for the same services our total cost would be $25.55 or $4.25 per day.
Tuesday, July 23, 2013
Spiessbraten on the AusPit
Monday, July 22, 2013
Boondocking Part 4: Technology & Communication
Everybody wants to stay in touch while on the road just as much as at home and we are no different. From email checking, to menu research and planning, as well as looking for that next campground, making business plans, and even social networking or maintaining this blog. My wife and I both use IPhone 5s, but still wanted a laptop for our RV as a way to not only communicate, but to research, plan, and print.
We purchased the DELL Inspiron 17R laptop with a 17" widescreen (NO notebook for us), the CANON OfficeJet 100 Bluetooth wireless printer, and utilize Verizon's Jetpack as our WiFi hotspot. Additionally, we can tether our IPhones to the laptop as a WiFi hotspot if needed. Powering such devices is not necessarily a difficult task, but it does need consideration. All these have long life Lithium Ion batteries that will last for hours, but when charging is needed I try to coordinate it with running the generator for A/C, microwave, or topping off the main battery bank. Of course hooking up to shore power at a campground solves this as well. I keep them topped them off whenever possible. Being online only a short time daily or when needed extends battery life. We also utilize our SOLIO (see earlier post) solar powered mini-charger that will charge 3 phones, or any combination of (2) laptop, printer, or Jetpack. A small power inverter can solve the DC/AC issue, but only a true sine wave inverter is the safest for electronics.
Of course the Jetpack is only as good as your cell phone signal strength as that is exactly what it is; another phone line. Tethering our IPhones with the laptop costs $15/month and the Jetpack can supply WiFi to several systems for $20/month. In the future I see myself investing in a directional WiFi antenna and possibly even a WiFi amplifier for those fringe areas. Nothing, of course, beats logging on to report our travels, upload photos, or share menus at the nearest McDonalds or other free hot spot.
In the end though, being 'off the grid' means exactly that and as such we want to have the choice and power to communicate when and where we choose. Joie de Vivre!
We purchased the DELL Inspiron 17R laptop with a 17" widescreen (NO notebook for us), the CANON OfficeJet 100 Bluetooth wireless printer, and utilize Verizon's Jetpack as our WiFi hotspot. Additionally, we can tether our IPhones to the laptop as a WiFi hotspot if needed. Powering such devices is not necessarily a difficult task, but it does need consideration. All these have long life Lithium Ion batteries that will last for hours, but when charging is needed I try to coordinate it with running the generator for A/C, microwave, or topping off the main battery bank. Of course hooking up to shore power at a campground solves this as well. I keep them topped them off whenever possible. Being online only a short time daily or when needed extends battery life. We also utilize our SOLIO (see earlier post) solar powered mini-charger that will charge 3 phones, or any combination of (2) laptop, printer, or Jetpack. A small power inverter can solve the DC/AC issue, but only a true sine wave inverter is the safest for electronics.
Of course the Jetpack is only as good as your cell phone signal strength as that is exactly what it is; another phone line. Tethering our IPhones with the laptop costs $15/month and the Jetpack can supply WiFi to several systems for $20/month. In the future I see myself investing in a directional WiFi antenna and possibly even a WiFi amplifier for those fringe areas. Nothing, of course, beats logging on to report our travels, upload photos, or share menus at the nearest McDonalds or other free hot spot.
In the end though, being 'off the grid' means exactly that and as such we want to have the choice and power to communicate when and where we choose. Joie de Vivre!
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