Technology of energy transportation, introduction of energy saving technologies and alternative energy sources

Flow microbial fuel cell with mobile electrode units

Проточный микробный топливный элемент с мобильными электродными блоками

Keywords
Energy and Energy Efficiency Technology use new fuels, renewable and alternative energy sources Biotechnology

Description

Development of methodology for calculating the electrical energy and capacity losses in the elements of 0.4 10 kV voltage level when using the Automatic Systems for Commercial Accounting of Power Consumption (ASCAPC)

Keywords
Energy and Energy Efficiency

Description
It is proposed to develop, coordinate and approve the methodology that would allow calculation the power and loads losses in the elements of power grids 0.4-10 kV in the Automatic Systems for Commercial Accounting of Power Consumption automatically.

Innovative aspect and main advantages:
The offered project in contrast to known systems provides:
- The loss of energy is calculated when the accounting point is not based on the boundary point automatically;

Development of equipment for high-temperature measurements of thermal conductivity and electrical conductivity

Keywords
Energy and Energy Efficiency

Description
Measurement of thermal conductivity and electrical conductivity of monolithic materials and bulk material with the material particle size distribution between 0 and 15 mm in the temperature range 400–1500 K under overpressure up to 50 kPa.

Innovative aspect and main advantages:

Developing measures of resource and energy saving in the electrode production

Keywords
Energy and Energy Efficiency

Description
Modernization technology of the electrode products manufacturing in direction of ensures the resource and energy saving and reduction of anthropogenic impact on the environment.

Innovative aspect and main advantages:

Series of novel naturally hardened Al-Mg-Si casting alloy

Keywords
New substances and materials Automobiles and parts

Description
There is the series of new naturally hardened aluminum casting alloy. Alloys composition has been developed after careful analysis of Al-Mg-Si phase diagram, differential scanning calorimetry studies performed for heating and cooling and precipitation of sequence at temperature range 20-400C, scanning and transmission electron microscopy examinations of developed alloys.

MODULAR SYSTEM ENERGY SAVING DEVICE

МОДУЛЬНИЙ КОМПЛЕКС ЕНЕРГОЗБЕРІГАЮЧИХ ПРИСТРОЇВ
Keywords
Information and Communication Technology Energy and Energy Efficiency Sustainable natural resource management Environment Instrument Semiconductors and semiconductor equipment Utilities

Description

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