Short list


of the Award 2020

91 applications from Russia, Austria and Belarus were submitted to the VIII Distributed Power Generation Great Achievements International Award’s website from June, 17, till October, 31. 72 projects were selected by the Organizing Committee in accordance with the Award’s Regulations and included into the VIII Distributed Power Generation Great Achievements International Award’s shortlist, which has become the record number of the projects for the whole history of the Award.

The winners of the contest are chosen by the International Expert Council of the Award. But for the first time in the history of the contest, the industrial society has been given a chance to choose the best projects of the year: public online voting is available on the website of the Award till December, 6.

The Solemn ceremony of awarding the winners chosen by the Experts and according to the results of the public voting will take place on December, 11, in Moscow, at the congress hall of Chamber of Commerce and Industry of the RF. The online broadcast of the ceremony will be available on the Distributed Power Generation Association’s website. Please register to get an access to the online platform.

1 category


«Best distributed power generation project — power capacity up to 5 MW»

1
Electromashina SPA
Russia, Chelyabinsk

Energy centre of 2,4 MW capacity for Electromashina SPA located in Chelyabinsk

Energy centre is located on the territory of Electromashina SPA in Chelyabinsk. It consists of two 1,2 MW gas genset units.

176
2
Trojan
Russia, Tyumen

1,6 MW gas genset power plant in Tymen

The major equipment of the power station has been assembled in a limited space with auxiliary units and equipment set on the roof of the power supply facility and heat exchangers for exhaust gas heat recovery placed in a separate block box. The major generating equipment: two CG132-16 Caterpilar gas genset units of 800 kW capacity each.

609
3
KrialEnegoStroi Plant
Russia, Kazan

1 MW cogeneration gas genset power station in Kazan

The major customer’s task was reducing the costs of power supply to the district boiler house. The acquired gas genset unit allows uninterrupted heat and electricity supply to the object at the at below-market price. The major generating equipment: SIEMENS SGE-56SL@1500rpm NG-400V 1 MW Condensation Power Plant 1000 and solar panels of 600 W capacity.

1243
4
Valdex Energetica
Russia, Odintsovo

Energy centre of 4 MW capacity for Simvol glass and glassware producing plant located in Gus-Khrustalny

Energy park of 4 MW capacity is intended for electricity and heat supply to the production shop of Expo Glass company (the Vladimir region, Gus-Khrustalny). The major generating equipment is INNIO Jenbacher’s JMS 612 gas genset.

371
5
Nezavisimiye Energosistemy
Russia, Chelyabinsk

Energy centre of 400 kW capacity for Romcor enterprise in Troitsk

Energy centre has been built for power supply to Romcor’s pig-breeding farm. The major equipment: MAN E2842LE322 gas engine, Marelli Motori MJB 355 SA4 generator. The project has been implemented within the frames of a power supply contract.

134
6
RusHydro
Russia, Moscow

Ust-Dzhegutinskaya small hydroelectric power station

Ust-Dzhegutinskaya small hydroelectric power station is situated in Ust-Dzhegutisky district of Karachay-Cherkessia on the bank of the Kuban river. This is the first object implemented in accordance with RES power delivery contract based on water level difference of the existing water engineering facilities which does not affect the constructions reliability and produces power involving part of the river flow which has not been used before.

667
7
MWM Austria GmbH
Austria, Mannheim

3,7 MW modular biogas fueled power station in Hallein, Austria (Schweighofer – BHKW 2 Hallein)

Schweighofer — BHKW 2 Hallein is the first biogas fueled power station built in Austria. The object has been built for AustroCel Hallein GmbH enterprise, a large producer of textile pulp located in Hallein, Austria. The capacity of the power station is 3,7 MW. Within the first year of operation the genset achieved the availability rate of 99,81%.

139
Organizer
Co-organizer
Official support
General partners
Official partner

2 category


«Best distributed power generation project — power capacity over 5 MW»

1
RusHydro
Russia, Moscow

Verkhnebalkar small hydroelectric power station

Verkhnebalkar small hydroelectric power station is situated in the Cherek region of the Kabardino-Balkarian Republic on the Cherek Balkarsky river, 2-8 km upstream from Verkhnyaya Balkaria village. The rated power capacity of the object is 10 MW. Verkhnebalkar small hydroelectric power station is a derivation station involving a part of Cherek Balkarsky river flow for operation.

626
2
Greentech Energy
Russia, Moscow

5 MW energy centre for Alexinsky quarry solid waste landfill located in Klin

The energy centre is located in Klin, the Moscow region. It has been designed for energy supply to the modern Alexinsky quarry solid waste processing facility. Specially designed dual fuel GPU can work both on natural and landfill gases.

138
3
ENECA
Belarus, Minsk

Project of energy centre located in Bilibino, the Chukotka Autonomous District

The designed object is located on the territory of the Bilibinsky district of the Chukotka Autonomous District of the Russian Federation. This area is remote and hard to reach, belongs to the regions of the Far North. The main purpose of construction of the object is substitution of electric and heat capacities due to decommissioning of Bilibino Nuclear Power Station (Rosenergoatom Joint-Stock Company). The object is currently at the design stage.

499
4
Stark Energy Serov
Russia, Yekaterinburg

14,9 MW mini-CHP for Nadezhdinski Metallurgical Plant located in Serov

The mini-CHP has been implemented for Nadezhdinski Metallurgical Plant. The equipment producing six energy products has been placed inside a space effective housing. The mini-CHP utilizes blast furnace gas as a secondary resource for power generation. This allows electrical efficiency increase from 17% up to 24%, and total efficiency increase from 88% up to 94%.

81
5
The management company IED-holding
Russia, Kazan

20 MW gas turbine power station located in Yelabuga

The project has been implemented on the territory of the local heating networks enterprise in Yelabuga. Rated output power capacity is 20 MW, heat capacity is 28 Gcal/h. Commissioning of the gas turbine power station in Yelabuga allowed driving heating tariffs for the final customer down and increasing power and heat supply systems reliability.

529
6
Max Motors
Russia, Sochi

48,4 MW energy centre for The Abinsk Electric Steel Works located in Abinsk

The energy centre has been built for the largest iron works of the Krasnodar Territory. The major equipment: INNIO Jenbacher — 11 x JMS 624 GS-N.L H01 gas piston engines. My Plant 2.0 system of remote monitoring and diagnostics of INNIO Jenbacher equipment has been implemented at the object. The exhaust stack consists of the supporting tower and 13 gas exhaust ducts of 65 meters height due to the tough environmental requirements.

78
7
Energotekhnika Diversified manufacturing enterprise
Russia, Saratov

6,8 MW power supply facility EGTES Corvette-1,7K located at the production site of Kamensky Combine FFE

6,8 MW power supply facility EGTES Corvette-1,7K equipped with two 10 t/h waste-heat steam boilers has been operated at the production site of Kamensky Combine FFE (polymer production) located in Kamensk-Shakhtinsky of the Rostov region. The project allowed the customer to increase reliability of the system, maintain the system’s parameters at the requested level and avoid performance loss in the existing production process flow.

56
8
VAPOR
Russia, St. Petersburg

25 MW power centre for Cargill located in Yefremov

The object was commissioned on October, 20, 2020. It is located in Yefremov of the Tula region. The major generating equipment: JMS 624 GS-N.L cogeneration units (6 pcs.). Production of the particularly clean industrial steam for the needs of food industry has been achieved at the object due to the flue gas heat recovery system implementation. A 58-meter-high six-barrel stack was assembled.

706
Media partners

3 category


«Best alternative energy project»

1
Prodex Enertgy
Russia, St. Petersburg

Torbeyevo solid waste landfill active degassing station with a gas genset power station fueled with landfill gas

The investment project of solid waste landfill located in the area of Torbeyevo village of the Moscow region has been implemented based on the Prodex Energy’s equipment. The project aims in creation of a generating object fueled with the landfill gas. The generated power capacity estimates at 1,0 MW at the first stage of construction works and 2,0 MW at the second stage.

719
2
KOVROVSKIE KOTLY Co.
Russia, Kovrov

20 MW automated pellet boiler house located in Lakhta-Katunino settlement

The object is located in Lakhta-Katunino settlement of the Arkhangelsk region. The customer is ArkhBioEnergo company (member of Titan Group of Companies). The object is the highest capacity pellet boiler house in Russia. Daily consumption of pellets estimates at 50 tons in wintertime.

57
3
RusHydro
Russia, Moscow

Project of solar generating facility construction at Nizhne-Bureiskaya hydro power station

A project on development of hybrid RES generation, unique for Russian power generation industry, was implemented on the territory of Nizhne-Bureiskaya hydro power station on the Bureya river in the Amur region in 2019-2020. Stationary solar elements of total capacity estimated at 1224 kW were placed on the territory of the hydropower installation with consideration of the ultimate insolation; additionally, the first in Russia 54 kW solar energy station was installed here.

492
4
NEOSUN Energy
Russia, Moscow

Solar energy station located in Fox Lounge country retreat in the Moscow

The energy station spreads out across the country retreat and is equipped with highly efficient Neosun monocrystalline panels, two 60 kW three-phase inverters and screw pile racking system. Solar energy station builds up two lines of 48 kW (132 panels on 370 W capacity) and 54 kW (180 panels of 300 W).

241
5
EcoMIRT
Russia, Moscow

Implementation of a project based on the energy efficient ecology friendly technology with application of TermaRON autonomous heating unit in Yakutsk

The project was implemented in 2019 based on the home made innovative TermaRON autonomous heating unit technology in Yakutsk (power supply to the office unit of Sakhaneftegazsbyt). According to the results of the independent monitoring, the efficiency of electrical power production unit is 0,98 and heat energy is registered between the levels of 3,4 and 4,1. Cost of heat and hot water supply in the Far North conditions has been reduced by 3-4 times.

156
6
AltEnergia
Russia, Anapa

BioHouse: autonomous residential house + smart greenhouse, bio-vegetarium

The concept of the BioHouse was designed and implemented in a household plot in the Krasnodar territory. The project consists of 3 objects: smart greenhouse (bio-vegetarium), autonomous accommodation module and a full-fledged multifunction BioHouse. The project allows to provide the required building located anywhere with alternative anergy without connecting to grids, exempt it from paying to power suppliers, choose any place for locating the building. The BioHouse has passed the winter cold trial.

283
7
Taganay National Park
Russia, Zlatoust

Equipping the tourist shelters of Taganay national park with solar panels

Taganay National Park is situated I the mountain part of the Chelyabinsk Region. The territory of the park is hard to reach and not practicable for transport means. Which is more, construction of permanent facilities is prohibited in the Park due to its conservation status. The purpose of the project is to ensure uninterrupted power supply to the tourist infrastructure objects. By the moment, all the tourist shelters and the Black Rock ecological and touristic complex.

351
8
EnergoTech Research and Engineering Centre and Minskkommunteploset Unitary Enterprise
Belarus, Minsk

TurboSphera turbo-expander in Minskkommunteploset’ mini-CHP generator switchgear located in Minsk

TurboSphera is an innovative type of products new for CIS countries. The technology allows production of 10 kW/h of electric power for each 1000 cu.m/h of natural gas discharged without fuel consumption at 3 times gas pressure relief. The generated electric power is cheaper and ecology friendly. The first power saving turbine generating unit at mini-CHP in Minsk is represented at the contest.

133
9
Novy Polyus
Russia, Moscow

Solar thermal unit for a kindergarten located in Sevastopol

Solar water heating system has been implemented in the designed for 250 children Mechta kindergarten built in 2020 located in Sevastopol. The unit was commissioned in the August of the current year and ensured hot water and heat supply. The solar thermal unit consists of 150 YaSOLAR with total capacity of 225 kW. This system is unique not only for the Southern region but for the whole Russia.

406
10
Sovtest ATE
Russia, Kursk

5 kW autonomous hydrogen power unit

The project resolves the issue of autonomous power supply to the objects through the use of hydrogen. Test launch of the 5 kW autonomous hydrogen power unit engineering prototype was performed in May 2019 at the production plant of Sovtest ATE enterprise in Kursk. The fact that the heart of the AHPU is a hydrogen fuel element transforming the energy of hydrogen chemical reaction into electric power is an interesting engineering solution.

157
11
KrialEnegoStroi Plant
Russia, Kazan

Solar energy station for Manhattan residential complex located in Kazan

KrialEnegoStroi Plant has implemented a unique project of delivery of the IV generation solar stations with a 26% higher efficiency. 168 monocrystalline panels of the total area of 336 sq. meters have been installed on the roofs of the three high altitude towers of Manhattan residential complex. The batteries intake the solar light in all weathers and supply energy to common facilities and outdoor spaces. Such a solution facilitates significant electric energy savings.

113
12
ENECA
Belarus, Minsk

Kachanovichi solar energy unit located in the Republic of Belarus

The project has been implemented near Kachanovichi village located in the Minsk region of the Republic of Belarus. It is designed for production of electric power from the natural solar radiation and its transmission to the electric network of Minskenergo. High capacity grain drying facilities located in this region demand additional volumes of electric power. The photovoltaic power station produces 1726 thousand kW/h and resolves the issue of power outages for about one thousand residential houses.

451
13
ENECA
Belarus, Minsk

Plamya solar energy unit located in the Republic of Belarus

The project has been implemented near Malaya Perespa village located in the Vitebsk region of the Republic of Belarus. It is designed for production of electric power from the natural solar radiation and its transmission to the electric network of Vitebskenergo. This is an agricultural region thus a need for additional power capacities arises during the harvesting campaigns. The photovoltaic power station will produce 1772 thousand kW/h of electric power.

437
14
ARBUZ Research and Engineering Association
Russia, Magadan

Hermes Project: autonomous cellular base stations and emergency communication pickets

The Hermes project combines power generation and communication technologies considered to be unique both in Russia and abroad. It has been designed for remote areas with low temperatures and harsh environmental conditions. It includes autonomous cellular base stations and emergency communication pickets. 10 pickets have been installed in the Magadan region, which have saved lives of more than 80 people during the two years of operation.

425
15
Ecoklimat
Russia, Tomsk

City farm located in Tomskaya village of the Kemerovo region

City farm is a joint project implemented together with the Tomsk Polytechnic University devoted to development of fast pine trees seedlings growth technology for land recultivation after man-induced disasters. The greenhouse applies smart technology for controlling the full cycle of seedlings growing, lamp light, geothermal heat supply and climate control involving RES through the ECO heat pumps manufactured by Ecoklimat company. The project is being implemented in Tomskaya village of the Kemerovo region.

52
16
Ecoklimat
Russia, Tomsk

The first in Russia rural general education school with geothermal heating located in Vershinino village of the Tomsk region

A general education school fired by geothermal heat, heat pumps, has been built in Vershinino village of the Tomsk region. Hot water is supplied to the school by the same pumps. There are no batteries familiar to us in the building. The major generating equipment: geothermal unit consisting of two DHP-R 32 heat pumps by Danfdoss (Denmark).

74
17
Alternativnaya Energetika Yuzhny Ural
Russia, Chelyabinsk

Wind power stations cluster in the seaport of the Sakhalin island

The project has been implemented on the Sakhalin island of the Russian Federation in 2020. The total capacity of the project is 200 kW. Wind farm consists of 10 complexes of vertical rotation axis wind generators. It has been designed to optimize power supply to the consumers located in the seaport of the Sakhalin island.

57
18
Alternativnaya Energetika Yuzhny Ural
Russia, Chelyabinsk

A series of wind microgeneration projects located on the territory of the RF (Kalmykia. Chelyabinsk, Ryazan, Vorkuta)

The contestant presented a series of wind microgeneration projects implemented in various regions of Russia during 2019 and 2020, including but not limited by wind-solar power station for the meteorological agency in Kalmykia, wind generators for remote measuring facilities of the heating main in Vorkuta, wind-solar power stations for private residential houses.

53
19
MWM Austria GmbH
Austria, Mannheim

3,7 MW modular biogas fueled power station in Hallein, Austria (Schweighofer – BHKW 2 Hallein)

Schweighofer — BHKW 2 Hallein is the first biogas fueled power station built in Austria. The object has been built for AustroCel Hallein GmbH enterprise, a large producer of textile pulp located in Hallein, Austria. The capacity of the power station is 3,7 MW. Within the first year of operation the genset achieved the availability rate of 99,81%.

47
Organizer
Co-organizer
Official support
General partners
Official partner

4 category


«Advanced development in the energy sector»

1
Andrey Kazantsev
Russia, Saint Petersburg

Alexander Baibikov
Russia, Moscow

AirHES: reincarnation of hydropower

Water cycle is the most powerful natural process, which is almost ¼ of the produced solar energy. Averagely, 1m of precipitation falls on the Earth's surface per year, which corresponds to a huge power of ~800 TW, which is 60 times greater than all the needs of mankind and 400 times more than the power of all power plants. Why do traditional hydro power stations produce such an insignificant amount of energy? It happens because almost all the energy is mainly vertically and horizontally lost. How can we avoid energy losses? We shall collect water directly in the clouds and employ the whole available hydraulic potential at any place on the planet. AirHES technology aims at implementation of these solutions.

86
2
Pavel Samarin
Russia, Rostov-na-Donu

Autonomous power generator

The original development, autonomous power generator, is a system of coils with windings connected into a chain and possessing strictly determined features distributed throughout the whole unit: inductivity, capacity, resistance and conductivity. The know-how of the development is that positive feedback results in exponential increase of voltage and current amplitude limited by working load.

61
3
EnergoStroiServis
Russia, Krasnogvargeisky

Mini-CHP based on steam piston unit and automated boiler fired by biofuel waste

The major difference between the steam unit by EnergoStroiServis and a well know prototype is significantly increased steam expansion achieved during one cycle of adiabatic expansion. It allows to increase specific extraction of compressed steam potential energy. Such an effect is achieved due to the steam distribution system with independent valve movement synchronized with steam flow impacts.

36
4
Volts Battery
Russia, Saint Petersburg

VOLTS energy storage

Home energy storage device is a modern integrated solution of guaranteed uninterrupted power supply to the object. During accidents and surges in the network, the VOLTS storage switches automatically and becomes the main source of power supply for the house. Modern lithium technologies, a boxed solution containing all the components inside — all of this makes the device as compact and simple as possible to integrate into existing objects.

2154
5
Togliattinsky Tranformator
Russia, Tol’yatti

Switching device of TVR type

TVR (Transformer Voltage Regulation) devices are designed for alternation of transformer winding turns number and maintaining of normal voltage level of the electrical power consumers. The device is made on the principle of a load switch, i.e. selector and contactor functions are integrated in the same unit.

56
6
RedSystems
Russia, Novosibirsk

RedSystems power units diagnostics and predictive analytics system

The system based on developed soft- and hardware solutions has been designed for diagnostics of condition and forecasting failures of power generation units aimed in increase of their performance indicators due to application of generalized condition models. The universal nature of the platform allows creating of individual solutions and makes it available for tractional railway engineering, shipbuilding, small-scale power generation and mining industries.

87
7
Svetlobor
Russia, Nizhniy Novgorod

Autonomous power and heat supply based on synthesis gas and gas genset power plant

Svetlobor synthesis gas generator combined with a gas piston power generator supply energy to small and medium consumers not connected to the grid. Syngas generator can be fueled with local combustibles (chips, pellets) and is classified as a renewable energy tool.

65
8
Innovatsionnoye Ghtlghbznbt Prossetin
Russia, Vladikavkaz

New asynchronous electric machine for power generation, industry and transport

A super-saver asynchronous generator engine having unique features has been developed. It has been designed to replace most electrical engines used in power generation and industry as well as generators, and to ensure global energy and metals saving.

92
9
Alexander Kropachev
Russia, Moscow

KROPAT VTES-1 mini-CHP working on any fuel

KROPAT project is devoted to development of autonomous mini-CHP which can be fired with any combustible fuel. By the moment it has resulted in creation of the VTES-1 mini-CHP working on any fuel pilot model. This is a space effective power generation unit covering the required amount of electric and heat power for a private house. This is a micro cogeneration unit working as a city heat power plant but intended to be a microgeneration tool for distributed power generation industry.

46
10
AltEnergia
Russia, Anapa

BioHouse: autonomous residential house + smart greenhouse, bio-vegetarium

The concept of the BioHouse was designed and implemented in a household plot in the Krasnodar territory. The project consists of 3 objects: smart greenhouse (bio-vegetarium), autonomous accommodation module and a full-fledged multifunction BioHouse. The project allows to provide the required building located anywhere with alternative anergy without connecting to grids, exempt it from paying to power suppliers, choose any place for locating the building. The BioHouse has passed the winter cold trial.

259
11
South Ural State University
Russia, Chelyabinsk

Nikolai Neustroyev

High-speed permanent magnet generator with axial magnetic flux and diamagnetic armature on a combined magnetic gas-dynamic suspension for a modern micro gas turbine plant

The designed option is not a modification of an existing technology, but a brand new solution. Such a combination of gas dynamics principles and magnetic levitation is an innovative no-contact supports solution, which ensures the increase of power plants resources and broaden their power range.

139
12
V. Larionov Institute of the Physical-Technical Problems of the North of the Siberian Branch of the RAS
Russia, Yakutsk

Nikolai Mestnikov

Development of hybrid power system energy efficiency definition methodology for stationary consumers in the North and Arctic conditions

Novelty of the development consists in creation of the preliminary option of a hybrid plant generation parameters calculation mathematic model. Which is more, the contestant suggested specific engineering solutions for development of an energy efficient hybrid power station considering increase of mobility and operational stability in cold climate conditions.

819
13
Mikhail Pavlichenko
Russia, Yekaterinburg

BSK-16/39 chemical accumulator buffer

This project is a stage of solving the global problem of autonomous solar energy stations, energy accumulation. The flywheel is at the design stage now and the supercapacitor-based buffer is being tested. According to the latest measurements, application of BSK-16/39 buffer allows reducing of the crank current from the chemical accumulator by 18%. This device helps to prolong life of a chemical accumulator by 20%.

513
14
Sovtest ATE
Russia, Kursk

5 kW autonomous hydrogen power unit

The project resolves the issue of autonomous power supply to the objects through the use of hydrogen. Test launch of the 5 kW autonomous hydrogen power unit engineering prototype was performed in May 2019 at the production plant of Sovtest ATE enterprise in Kursk. The fact that the heart of the AHPU is a hydrogen fuel element transforming the energy of hydrogen chemical reaction into electric power is an interesting engineering solution.

109
15
Novator
Russia, Moscow

Aspects of integrating autonomous power generating facilities as distributed power generation sources

This project provides for the system of technical conditions diagnostics, equipment maintenance and repair planning, optimization of the operation modes. Follow up revision of data collecting and processing algorithms is to be performed for improving accuracy of forecasts considering the primary results received from the pilot operating system.

247
16
Tuva Institute for Exploration of Natural Resources of the Siberian Branch of the RAS
Russia, Kyzyl

Method of solar panels efficiency increase

Solar elements produced under this technology outrival world class analogues in terms of efficiency. The technical result is achieved due to particular curving of the panel surface and shaping specific nanoparticle size structures on it. The efficiency of 30% has already been reached thanks to the technology provided. The technology does not demand large expenses and can be integrated into the one applied. A patent has been received for development.

41
17
Joint Institute for High Temperatures of the Russian Academy of Sciences
Russia, Moscow

Biomass torrefaction technology

An innovative technology ensuring decrease of energy consumption for torrefaction by 4-6 times has been worked out in the JIHT based on the results achieved during the fundamental studies of the processes of thermal influence on biomass.

24
18
UrFU named after B. N. Yeltsin Ural Power Engineering Institute
Russia, Yekaterinburg

Yuri Marchenko

Development of a steam strainer of a steam turbine control box with minimal hydraulic resistance

A steam strainer has been developed in the frames of this project to reduce the total pressure loss due to external 2 cm deflections of the strainer side wall in the middle section from top to bottom and confuser openings. The solution allows to reduce loss by 2,1 times.

50
19
UrFU named after B. N. Yeltsin Ural Power Engineering Institute
Russia, Yekaterinburg

Ilia Kainin

Development of micro gas turbine unit based on the automobile turbocharger

This engineering project presents the developments of micro gas turbine unit based on the automobile turbocharger. This is a topical subject as there is no mass production of micro gas turbine units in Russia and demand for these units is only covered by imported developments.

37
20
International POL Testing Center
Russia, Moscow

2nnel laboratories automation software package

2nnel package is a system for collecting, analyzing and storage of date connecting laboratories in a common space. It gives a possibility not only to analyze the results got by laboratories devices and make out reports, but also to provide them to the customers on-line in two languages. In 2019, 2nnel package and MyPlant Jenbacher remote diagnostics and monitoring system were integrated within the frames of collaboration between International POL Testing Center and INNIO Jenbacher. MyPlant cloud platform provides access to the real time performance data of gas piston units to the owners of Jenbacher equipment.

40
21
ARBUZ Research and Engineering Association
Russia, Magadan

Hermes Project: autonomous cellular base stations and emergency communication pickets

The Hermes project combines power generation and communication technologies considered to be unique both in Russia and abroad. It has been designed for remote areas with low temperatures and harsh environmental conditions. It includes autonomous cellular base stations and emergency communication pickets. 10 pickets have been installed in the Magadan region, which have saved lives of more than 80 people during the two years of operation.

94
22
Industrial Energy Service Technologies
Russia, Tol’yatti

Current and voltage integrator (CVI)

Current and voltage integrator (CVI) is a development of Russian specialists based on voltage resonance principles. Application of this device allows compensate all types of electricity distortions at the local level, transform stray currents and voltages, reactive energy into the additional active power.

25
23
Yevgeni Mozhayev
Russia, Moscow

Scalable electric power integrated generation complex involving transformation of kinetic energy of air masses, heat energy of air masses/soil and utilization of highly variable solar radiation

A significant drawback of most renewable energy sources is low specific energy density per unit of the receiving area, as well as inconsistence of the received energy in time. The purpose of the research is consisted in development of an integrated technical solution for increasing efficiency and stability of power stations operation involving wind and solar energy and improvement of rated power application factor.

84
24
Alexander Smykov
Russia

Innovative radiant heating system based on water infrared radiators

The designed radiant heating system based on low temperature infrared radiators allows reducing of heat energy consumption while heating spacious objects by 40%. The system based on low temperature infrared radiators has the highest efficiency among the corresponding solutions.

5149
25
Alexander Dorosh
Russia, Barnaul

Self-regulated nanostructured composite electric heaters for local heating systems

This project resolves the issue of design and development of new power saving technologies and technical tools of local electric heating based on designed heat-proof and self-regulating multi-electrode composite electric heaters. The novelty of constructive and technological solution has been supported by patents.

21
26
Wind&Heat Technologies
Russia, Krasnoyarsk

TeRUS Wind&Heat Power Complex

The purpose of the project is development and manufacturing of the autonomous heat generation facilities based on wind power generation units. It is designed to resolve the issues of heat and hot water supply to the consumers in the remote areas. The essence of the development is a new approach to wind power units construction. TeRUS wind unit is structurally made in the shape of a sail and a five-blade rotor. The five-blade solution has been chosen for application in areas with a low wind load.

36
27
UrFU named after B. N. Yeltsin Ural Power Engineering Institute
Russia, Yekaterinburg

Rustam Valiyev

Development of electrical power systems adequacy indicators calculation methodology in the frames of electric power system prospective evolution

Significance of the work for the economy development is connected to the modification of the electrical power systems adequacy indicators calculation methodology. The suggested modifications allow a more comprehensive consideration of electrical features of electric power systems and accelerate electrical power systems adequacy indicators calculation using statistical approach. It enables more efficient solutions for long-term electrical energy systems development planning.

17
28
Applied Technologies Company
Russia, Moscow

Float wave electric power station

The project is devoted to application of an ecology friendly float wave electric power station, a highly efficient mean of transformation of sea waves energy to electric power. The project aims at development of a new component of a hi-tech power generation market in accordance with a world trend of large-scale utilization of renewable energy resources. By the moment, physical and mathematical modelling of the float wave electric power station has been performed, as well at the application investigations of the float wave electric power station models at the laboratory stands and in the hydrodynamic basin with a wave generator at irregular waves.

38
29
Schneider Electric
Russia, Moscow

Competitive recovery of Auchan Russia network

Schneider Electric has implemented a package of energy efficient measures related to light, ventilation and industrial cold within the frames of this project. Resource Advisor pioneering energy resources intelligent control system was integrated for Auchan network monitoring. All the customer’s data have been brought into a handy format with the help of Power Monitoring Expert energy management tool. More than 3000 control points have been installed across.

3423
30
Stirling Electric Lab. Heat Electric Power Generating Equipment Laboratory
Russia, Saint Petersburg

Modular electric and heat station of direct flare transformation (Sterling type)

Carnot’s isothermal cycle lays behind transformation of heat into electricity. ST-9 power unit transforms the amount of supplied heat with a temperature between 600 and 2000 degrees C into mechanic power of 10-1000 Nm of torque effect. The whole power generating module can be fueled with major types of fuel including solar energy and is flexible in use.

364
31
Daniil Alexandrov
Russia, Saint Petersburg

Prospective energy accumulation and storage technologies

The research is devoted to improving Li-Ion accumulators being the most typical mean for anergy accumulating and storage. The author pays a particular attention to development of energy efficient secondary current sources.

180
Media partners

5 category


«Investor of the year in the energy sector»

1
Nezavisimiye Energosistemy
Russia, Chelyabinsk

Energy centre of 400 kW capacity for Romcor enterprise in Troitsk

Energy centre has been built for power supply to Romcor’s pig-breeding farm. The major equipment: MAN E2842LE322 gas engine, Marelli Motori MJB 355 SA4 generator. The project has been implemented within the frames of a power supply contract.

36
2
The management company IED-holding
Russia, Kazan

20 MW gas turbine power station located in Yelabuga

The project has been implemented on the territory of the local heating networks enterprise in Yelabuga. Rated output power capacity is 20 MW, heat capacity is 28 Gcal/h. Commissioning of the gas turbine power station in Yelabuga allowed driving heating tariffs for the final customer down and increasing power and heat supply systems reliability.

425
3
Schneider Electric
Russia, Moscow

Schneider Electric’s investment project for a steel processing enterprise

2800000 Euro have been invested into the project implementation. The projects provides for installing variable frequency drives (VFD) during 9 months. Applying Schneider Electric’s innovative finance models the enterprise managed to achieve energy savings and reduction of CO2 exhausts.

97

6 category


«For contribution into the energy sector development»

Candidates for the VIII Distributed Power Generation – Great Achievements International Award in the nomination For Contribution into the Energy Sector Development are also nominated by the members of the Expert Council for awarding the prize from November 1 to December 1.

1
Greentech Energy
Russia, Moscow

Alexander Zuyev

Business development director, one of the owners of Greentech Energy.

93
2
International POL Testing Center
Russia, Moscow

International POL Testing Center

Independent International POL Testing Center laboratory has been a participant of the Russian lubricant monitoring services market since 2008. Laboratory monitoring of lubricants allows reducing the operational costs related to purchase expendable materials as well as reducing the prime cost of the electric and heat energy produced by small-scale power units.

153
3
Schneider Electric
Russia, Moscow

Sergei Semyonov

Director of Energy Efficiency and Sustainability in Russia, CIS and Poland at Schneider Electric.

591
4
Far East Investment and Export Agency
Russia, Vladivostok

Far East Investment and Export Agency

The Concept of attracting private investments into distributed power generation development, including renewable energy resources based, in remote and isolated areas of Far East and Arctic has been developed. The concept is an integrated document describing approaches to implementation of the governmental task on distributed power generation development in remote and isolated regions.

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