There are a number of programs that perform analyzes on energy types. One of the current issues is to study their properties and bring them into a single system. In this article, we demonstrated the available capabilities, benefits, and limitations of energy resource management programs. We analyzed which operating system the energy management software runs on, the availability of mobile and site versions, which industry it belongs to, and the cost. Measurement results show that while the program with the highest score was Wattics, the features in other programs are not available in this program. Finally, it is important to create a single database that integrates all the data in these processes and to create a program based on a single system that manages this database.

Papain is an enzyme having proteolytic function with cysteine protease activity obtain from papaya having green color and is acquired from latex. It is classified in superfamily. Papain has function essential of proteolysis widely for peptides of amino acid in all living beings. Present review shed light on general properties, structuring features and biological importance of papain, especially its industrial applications for different purposes, which includes food, Pharmaceuticals, Breweries, leather, meat, detergent and other fields, with the help of technological advancement; it is now used to treat lethal diseases and additionally scientist’s are taking benefit of it for drug designing so there are high demands for its export. Papain uncommon properties have been making it more appreciable commercially. Papaya is present or grows in all tropical areas as there are no seasonal limitations for its growth and papain is resistant over wide range of Ph and temperature, so it has high demand for export and there is good prospect of papain marketing. Farmers at lower levels could use this enzyme as high source of income. Through recombinant DNA technology, engineering of proteins and procedures of immobilization papain could be ideal for biotechnological and industrial applications. Researchers could explore more potent applications by understanding detail mechanism and functions of papain. Then there will be novel papain function that would fulfill the massive need for betterment of life.

No abstract

The article discusses the basic principles of energy saving in industry and methods for identifying and assessing the reserves of energy savings in industrial enterprises. The necessity of new complex solutions to this problem has been substantiated by developing integrated algorithms containing solutions for the rational use of energy resources of enterprises of various industries.

The development of models for forecasting electricity consumption is a complex process, due to the non-linear dependence of electricity consumption on factors that affect the forecast indicators. Since the current forecasting methods do not take into account this non-linearity, the difference between the actual and forecast indicators of electricity consumption often exceeds the allowable values. To determine the required forecast indicators with high accuracy is the use of artificial intelligence methods. In this paper, when predicting electricity consumption, the method of autoregression of the integrated moving average is used. An enlarged block diagram of the algorithm for predicting power consumption using the ARIMA method has been developed.