POPULATION OF KAZAKHSTAN – 17 000 000

Regulatory and legal framework inKazakhstan Law on energy efficiency and conservationfrom January 1, 2014
 Energy conservation Program 2020
 Regional plans of Energy conservation ofKazakhstan’s cities

Program goals and objectives
Goal:• creating favourable conditions for lowering the energy
content of Kazakhstan GDP by reduction of energy
consumption and ineffective resource usage.
Objectives:• Upgrading energy efficiency of domestic industry;• Curbing losses of heat in heating and electrical supply;• Active nationwide promoting of energy efficiency;• Stimulating energy conservation and efficiency;• Means of motivating energy supply companies;• Preparation of specialists in energy efficiency;

Regional plans of Energy conservationin Astana (basic principles):Energy conservation in an industrial and non industrial,constructional and transportation sectors

Energy – manufacturing and classification of Energy
resources

Energy conservation in a budgetary area

Energy conservation

AstanaEnergy conservation and efficiency
projects in Astana, Kazakhstan

Integrated promotion of energy conservationand efficiency in Astana by the Government

Key instruments of energy
conservation and efficiency
advancement• Focus on environmental and social (improved quality of life) benefits derived
from reducing greenhouse emissions as a result of energy conservation.
• Supporting wind energy development (2004-2011)• Energy efficiency in public heating supply (2007-2013)• Efficient design and construction (2011-2015)• Supporting energy efficiency in housing services of small towns (2013-2014)• Energy efficient public lighting (2012-2017)• Supporting sustainable transport ( 2011 – 2016)• Promoting low carbon technologies for sustainable urban development (2015 –2019)

Projects on energy efficiency
and renewable energy sources:
Implemented since 2000
Project on Public heating (2007-2013 )Wind energy project (2004-2011)

Wind atlas ofKazakhstan

Projects aim to reducegreenhouse gases emission
through developing andimplementing organizational,financial and technical measuresin public housing sector andconstruction.

Heating energy demand
7,000

6,000

5,000

4,000

3,000

2,000

1,000

0

Degree-days of a heating season

Payments for public utilities(Astana)
Waste disposal
1%

Entrance phones
3%

Gas
10%

Electrical energy:
31%House maintenance21%

Heating22%
Cold water7%
Hot water.
5%Additional thermal protection ofconstructions and energy savingtransparent materials

Outside wall thickness of 1-5 levels – 730 мм,above 5th level– 600 мм (extra thermal foldings
Thermal isolation of the spaces of staircase andlifts across concrete scaffold Extra thermal
isolation of outer walls of the attic mineralinsulating material дополнительное утеплениеResistance to heat conductance of
the above window materialsRFr=1,0m2•C/W(the often used ones have a valueof 0,59)

Object heating is from heating electrical station,automated heating systems are installed in eachsection block as well as a common heating
monitoring device. Each level has a recuperation
system (ventilation devices) Each apartment has its
own heating monitoring device. Thermostats installedin heating radiators. Central computer for dispatching
purposes. LED lights in public places

System for heat recuperation fromoutbound air

Recuperation devices(ventilation aggregates)

Air pipes in each apartment

Controlling and regulation inapartmentsThank you for attention!