G Geographical position and another added value as environment, friendly and the vast abundance that last forever, especially to anticipate the non-renewable energy sources, has made the solar energy much appropriate an alternatives for a power sources in the future. On the other hand, certain people of this country's citizens has experienced the hard way to find clean and fresh water. This things become the motivation to study and develop a distillation system which exploits the sunlight that comes naturally to earth's surface as a power/energy sources, so this system also known as solar distilator. The working process was initiated from heat of sunlight that will rise the temperature and then vapouring the dirt "water in the distilator chamber tub, after that the vapours will be collected on the glass roof. In certain time vapours will condensate, and will drop from the glass roof to the collector tub. The plan and the design of this distillation system, use a flowchart analysis method. Then the application was formed into a distillation machine (distilator) which was tested for observation. The result from the test explains that test result product was less than theoretical result product. It was caused by the nature condition which uses (he forecast data and also the limited accuracy of supporting tools on system that comes to influence other variables. From planning theory and even from field observation, the product differences can be minimized by two way. First, by upgrading the condition quality from each component on that distilator. Second, develop the system models by maximizing workability of each component, so it can be so efficientand at last it will rise the clean and fresh water production.