V.V. Sorochan - Ph. D. (Phys.-Math.), Kaluga branch of the Bauman MSTU. E-mail: vsorochan@mail.ru A.A. Denisevich - Student, Kaluga branch of the Bauman MSTU Aung Phyo - Post-graduate Student, Kaluga branch of the Bauman MSTU

In today\'s world, the growth of energy consumption is one of the most characteristic features of human activity. Until recently, the increase in energy production was mainly due to increase in mining. However, the current energy situation faced with the depletion of their traditional resource base. Currently, the use of alternative energy sources is urgent, both in industry and in everyday life. Currently, the most common ones are: wind energy, solar energy, hydropower, geothermal energy. The most easily implemented and universal in our opinion is a power supply unit on the basis of solar cells. Accordingly, in this paper we propose an auto-focusing on recurring design system module power supply of small power for domestic use. In order to be a user who does not have special knowledge, can independently choose the necessary equipment they need to automate design steps that require the existence of such knowledge. Then the user will be available to choose suitable equipment for its case. To do this, you need to automate all of the same type of work included in the design stages. These include: the selection of each depending on the other components of the system, the calculation of the resulting output, taking into account losses, calculation of total system cost. Application has created a three-tier architecture, and includes: the client part; application server (that is connected to a client application); database server (which runs the application server). Data layer and a layer of logic available on a server and a client layer on the client side. The developed application allows you to significantly speed up the process of designing household power supply system and reduce the cost of it. It can be useful to both individuals and companies involved in the sale of equipment for domestic electricity by solar panels.

 

1. Korzhavyjj A.P. Problemy zarubezhnojj i otechestvennojj netradicionojj ehlektroehnergetiki // Naukoemkie tekhnologii. 2012. T. 13. № 2. S. 73−78.
2. Korzhavyjj A.P., Kapustin V.I., Kozmin G.V. Metody ehksperimentalnojj fiziki v izbrannykh tekhnologijakh zashhity prirody i cheloveka / Pod red. A.P. Korzhavogo. M.: Izd-vo MGTU im. N.EH. Baumana. 2012. 352 s.
3. Korzhavyjj A.P. Netradicionnye istochniki ehlektroehnergii // Sostojanie i okhrana okruzhajushhejj sredy v Kaluge. Sb. materialov. Kaluga: OOO «Firma EHkoanalitika». 2012. S. 36−41.
4. Statistika operacionnykh sistem za janvar 2015. URL: http://www.softrew.ru/novosti/1501-statistika-operacionnyh-sistem-za-yanvar-2015.html (data obrashhenija: 30.08.15).