Demonstration of energy saving technologies introduction on the public objects in Almaty city
Now climate change is a well-known factor of global scale, and it represents real threat for mankind and nature. The main cause of climate change is continuous growth of concentration of harmful emissions in atmosphere. Almaty is a mega polis with developed industry and complicated infrastructure. Surrounded by the mountains, the city is over flown by motor transport, and it has disturbing ecological situation. Nevertheless, the growing population of the city demands further increases of energy supply consumption, and consequently, also growth of capacities. Almaty has a significant potential for energy efficiency in social implication buildings (from 15 up to 40 %, as power audit and monitoring results has shown).
Project aim:
Introduction and demonstration of new heating system technologies efficiency in constructions with centralized heat supply, in a complex with measures making buildings habitable and installation of modern system of heat energy accounting.
Project tasks:
The project supposes modernization of individual heat points in buildings. The program of modernization includes introduction of heat stream automatic system regulation and maintenance of control over power consumption (power monitoring), windows reconstruction, isolation of power inputs, installation of system of the account of thermal energy, etc.
Project results:
- Decrease of power consumption for 20 % (due to installation of automatic power stream regulation system, decrease of infiltration due to windows reconstruction, installation of energy effective reflecting screens and isolation of power inputs
- Ensuring of intrahouse heat system parameters stability
- Ensuring heat system reliability due to automation of power regulation process
- Increase of heat system operation life due to more reliable power consumption mode
- Decrease of harmful substances emissions to atmosphere
- Demonstration of energy saving measures results: real power savings, improvement of microclimate in buildings, etc
- Raising awareness of energy users in energy efficiency issues
Project aim:
Introduction and demonstration of new heating system technologies efficiency in constructions with centralized heat supply, in a complex with measures making buildings habitable and installation of modern system of heat energy accounting.
Project tasks:
The project supposes modernization of individual heat points in buildings. The program of modernization includes introduction of heat stream automatic system regulation and maintenance of control over power consumption (power monitoring), windows reconstruction, isolation of power inputs, installation of system of the account of thermal energy, etc.
Project results:
- Decrease of power consumption for 20 % (due to installation of automatic power stream regulation system, decrease of infiltration due to windows reconstruction, installation of energy effective reflecting screens and isolation of power inputs
- Ensuring of intrahouse heat system parameters stability
- Ensuring heat system reliability due to automation of power regulation process
- Increase of heat system operation life due to more reliable power consumption mode
- Decrease of harmful substances emissions to atmosphere
- Demonstration of energy saving measures results: real power savings, improvement of microclimate in buildings, etc
- Raising awareness of energy users in energy efficiency issues
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Project Snapshot
Grantee:
Center for Energy Efficiency and Clean Production
Country:
Kazakhstan
Area Of Work:
Climate Change Mitigation
Grant Amount:
US$ 50,000.00
Co-Financing Cash:
US$ 34,336.00
Co-Financing in-Kind:
US$ 6,304.00
Project Number:
KAZ/SGP/OP4/Y1/RAF/07/13
Status:
Satisfactorily Completed
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Project Characteristics and Results
Capacity - Building Component
Educational seminars on energy saving and energy efficiency held for KazNTU students, technical staff of beneficiaries? buildings. Training on energy-efficient equipment operating held for responsible persons.
Notable Community Participation
In project implementation involved about 20 people (product design people, fitters, experts, engineers). So called ?realization group? created from the beneficiaries? staff, students of KazNTU. Representatives from governmental authorities also took important part in the project activities.
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Indicators
Biophysical
Tonnes of CO2 decreased or avoided by energy efficient and renewable energy technologies or applying environmentally sustainable transport practices introduced by SGP Project
200
Biophysical
Number of innovations or new technologies developed / applied
1
Biophysical
Number of local policies informed in climate change focal area
1
Biophysical
Number of national policies informed in climate change focal area
1
Livehood
Number of individuals (gender diaggregated) who have benefited* from SGP project
1600
SGP Country office contact
Zharas Tugulbayev
Email:
Ms. Zhazira Altybayeva
Email:
Address
24 Mambetov street
Astana, 010000
Astana, 010000
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