Sustainable Environment foreword by Bruce Loxton

There is great pleasure camping in a remote part of Australia on a still and starry night with only the sound of the night fire. There is great satisfaction to be able to do this for as long as you like without having to start-up a generator. There is even more satisfaction to do this with fresh bread every morning, hot showers, cold drinks and plenty of internal lights - and still plenty of energy left. In a nutshell, this is the goal of sustainable energy.

Caravan & camper trailer manufacturers have not made it easy to achieve this goal in the past as there are very few energy efficient caravans and camper trailers. However, after working over the last 3 years, researching, trialling and using energy efficient products, we are confident of having a practical solution.

In addition, we constantly ask travellers for feedback on our solutions and can safely say that nearly all appreciate the value of energy efficiency. It just takes a little more investment, a little more planning and a little more attention to minimise power when it is not needed.

Our Environmentally Friendly Solutions (including energy solutions):include

Some of these products were not readily available in Australia and we import from overseas. However, in sourcing solar panels we made a decision to buy Australian Assembled content from BP Solar.

 The diesel heater and cooktop can run on bio- diesel if it is to the international and European standards. Aparently some bio-diesel in Australian is not produced to this standard. These are quiet and very efficient in diesel consumption. 12 Litres of Diesel use in the Karavan is the equivalent to nearly 24kgs of LPG should LPG appliances be used instead. We estimate that 12L will last you 20 days typical use.

The refrigerator we chose for the Karavan has a remote mounted compressor (Danfoss) that we cool with an inlet vent and exhaust vent at the compressor. This increases efficiency significantly and the 130L unit (with freezer) consumers on average only 19.5 amp hours/day. This is similar to the 73 L Eutectic Autofrige we supply in our Kamper range.

<>We also practice what we preach. Last year, I took the family for 2 weeks without a generator and using only solar panels to an isolated area on the Queensland coast. The model we took was our entry level Kamper with only 140Ah of battery capacity.

After 3-4 days of rain, and very little solar charging, we were very close to only 35% battery capacity remaining. The family had been opening and closing the fridge all day for drinks. Although wet, the temperature was warm. We were a day away from the fridge (with food for 6 of us) cutting out. Fortunately, the sun came out on day 4 and we left after 10 more days with adequate battery capacity.

Would it have been a disaster if the fridge had cut out totally?
Not really. I figured we would have had maybe 2 more days with the fridge as a cool-box. The eutectic fridge will run for 23 hours after power cut off.

However, for safety and convenience at night, we really needed the lighting as an essential power source. The low power consumption of the LED lights would have given us another 10 nights at least so it would not have been a disaster.

As a last resort, we could plug the vehicle in and charge using the vehicle’s alternator, but that was the least energy efficient solution. The lesson learned was that in less predictable weather on the coast, we needed higher battery capacity.

This experience convinced me more than ever of the need to use LED lighting and low power pumps – so that in tight spot with limited battery capacity, the LED lights could be used night after night without draining too much capacity.

Our answer to the generator question is this: if the trip is planned during a period of fairly predictable weather then consider solar power. If not, take a small generator (Honda EU10i) as a back-up. If you want the comfort of air-conditioning, take the mid-size generator (Honda EU20i). The smaller the generator the better.

On a side note, the use of the vacuum toilet uses electrical energy whereas a chemical toilet doesn’t. However, the thought of pouring chemically treated waste in a hole behind a gum tree over-rode the minor energy consumption. Our toilet system is 100% environmentally friendly.

The major benefits of maximising sustainable energy are:

It is for these reasons that we design and promote sustainable energy systems.

 

AGM Batteries

 

Clean and environmentally friendly

  • no pollution from acid or aggressive acid vapours
  • not classified as hazardous goods for transportation
  • can be 99% recycled
  • harmless to the environment
Diesel Cooker Can operate on Bio-diesel
to the International and European Standards
NO LPG inside
Diesel Hot Water Can operate on Bio-diesel
to the International and European Standards
NO LPG for hot water
Toilet System

The vacuum toilet does not use any chemicals. As a result the waste can be disposed of:

  • in any septic toilet system,
  • in a latrine pit or
  • in a regular town system.

 

This means it can be disposed of virtually anywhere in Australia.

 

This is NOT the case with chemical toilets. Even the environmentally “friendly” chemicals take time to break down.

 

Water System

 Our principles of water storage:

  • Dual tanks, dual water fillers, dual hoses, dual pumps
  • Lockable and secure water fillers
  • Separate town water or stream water inlet that can bypass the main water tanks
  • Water for hot water tank to be stainless water tank/ hot water tank/ buffer tank. (NO Plastic) so that the tanks can be rinsed with town water if they become contaminated.
  • Can pump (potable) water out of a stream
  • Large ball valves on shower/inside sink drains
  • Clean water in – so filter water going in, not out.

 

The shower roses have an acceptable low rate of 3.3l/minute


About Us | Privacy Policy | Contact Us | © 2004-2008 Kimberley Kampers™