Good Practice
Eleven Bulgarian Good Practice Case Studies Published by T@W
30 May 2007
A further eleven T@W Good Practice Case Studies (GPs) were added to the website at the end of May 2007. All the GPs relate to projects in Bulgaria, covering a wide range of topics, including biomass, natural gas CHP, energy efficiency, geothermal power, small hydropower, solar heating and wind energy.
Click on the links below to view the new case studies:
Download GP23 (34 Kb PDF) May-2005
The overall project consists of mounting and operation of 3 wind turbines on the territory of Mogilishte Village. The present description concerns only one turbine construction and operation – type Nordtank 500/41 with 500 kW capacity. The electricity generated by the wind plant is sold to National Electric Company thus providing economic benefits for owners and also decreasing the amount of electricity produced from fossil fuels in TPPs.
Download GP22 (26 Kb PDF) Jun-2005
The project consists of mounting and operation of 2 wind turbines on the territory of Seltse Village. The electricity generated by the wind plant is sold to National Electric Company thus providing economic benefits for owners and also decreasing the amount of electricity produced from fossil fuels in TPPs.
Download GP21 (27 Kb PDF) Apr-2006
The project consists of water heating system for DHW with the implementation of solar collectors. The main goal is decrease the costs for energy used to heat domestic hot water for the needs of the hotel by using solar energy.
Download GP20 (27 Kb PDF) Aug-2004
The project consists of construction and operation of a SHPP on Treshtena, River Dalgi Del village, Georgy Damjanovo Municipality, Montana Region, Bulgaria. The project is financed through EBRD Bulgarian Energy Efficiency and Renewable Energy Credit Line (BEERECL) and as such received 20 % grant of the total capital costs after project completion. Project documentation was prepared and submitted by EnCon Services – the Consultant, approved by EBRD to operate and manage the facility in Bulgaria.
Download GP19 (26 Kb PDF) Dec-2004
The project consists of construction and operation of a SHPP on Tamrashka River between villa ges of Vojkovo and Hrabrino, Plovdiv Region, Bulgaria . The project is financed through EBRD Bulgarian Energy Efficiency and Renewable Energy Credit Line (BEERECL) and as such received 20 % grant of the total capital costs after project completion. Project documentation was prepared and submitted by EnCon Services – the Consultant, approved by EBRD to operate and manage the facility in Bulgaria.
Download GP18 (28 Kb PDF) Dec-2004
The project is implemented in a hotel with total heated volume of 17298 m³ and total area of 6645 m². It consist of construction of geothermal heating and air-conditioning system with geothermal heat pumps using low temperature ground thermal water.
Download GP17 (28 Kb PDF) Oct-2005
The project consists of a number of measures to improve energy efficiency and decrease the costs of energy in the industrial enterprise. The main goal is decrease the costs for temperature processing of the castings and other metal elements, to eliminate fines paid to electricity supplier for not maintained power factor, to decrease electricity costs of workshops and street lighting and to implement energy monitoring system.
Download GP16 (28 Kb PDF) May-2005
This energy efficiency project provides for replacement of the machines in the production cycle and increase of the production process productivity and efficiency.
Download GP15 (34 Kb PDF) May-2007
The project consists of installation of a cogeneration module and a number of other energy efficiency measures in a chemical factory.
Download GP14 (68 Kb PDF) Nov-2006
The project provides for construction of boiler facilities and heat supply network for production of heat from biomass – wood wastes, to supply industrial and teritiary consumers for space heating and domestic hot water production.
Download GP13 (35 Kb PDF) Mar-2006
The project provides for construction of boiler facilities for production of heat from biomass – wood wastes generated from the production process of the owner to replace existing light fuel oil boiler.
