1. E NERGY EFFICIENCY INCREASE IN HOUSING SPHERE WITH INTERVENTION OF THE STATE CORPORATION – H OUSING REFORM ASSISTANCE FUND

2. FINANCING OF THE FUND PROGRAMS IN 2008-2012 3600 municipal units from 81 Russian region were involved in the fund programs 12 827,3 million € are intended to creation of safety and favorable living conditions

3. FINAL ENERGY CONSUMPTION BY INDUSTRY IN RUSSIAN FEDERATION IN 2005 (MLN.TN) 3

4. ENERGY EFFICIENCY INCREASE UNDER OVERHAUL OF MF BUILDINGS Overhaul types Completed (MF buildings) Improvement of internal engineering, installation of metering devices and controls 94 708 Roof repair88 331 Repair of basement units29 634 Heating-up and repair of housefronts 52 363 Overall repair17 720 Roof and attic joist floor repair 10-20% Heating-up and repair of housefronts 15-20% Repair of heating system up to 30% Overall repair 60% Heat reduction as a result of repairs

5. Municipal resource name Installed units (all-house metering devices) Cold water supply25 794 Hot water supply8 710 Heat supply20 394 Power supply17 094 Gas supply641 72.6 thousands of metering devices in the amount of 4.5 milliards of rubles were installed under regional address programs for the overhaul Demand for metering devices in Russia ENERGY EFFICIENCY INCREASE UNDER OVERHAUL OF MF BUILDINGS

6. ENERGY-SAVING HOUSES CONSTRUCTION In order to practical realization of Russian Federal law in energy-savings the state corporation – Housing reform assistance fund together with regions of Russian Federation realize pilot projects of energy-saving economy class houses within resettlement programs. 6

7. MAP OF ENERGY-SAVING HOUSE CONSTRUCTION Information for the Russian Federation: Involved: – all federal districts; – 47 regions of Russia 61 houses were commissioned 20 houses are under construction

8. 8 “Thermostat house” effect. Redecoration under “Terraco” technology. Balanced system of ventilation eliminates problem of draughts. Heat recuperation of exhaust air. Energy economy on air heating up to 50%. NEW TECHNOLOGIES IN THE ENERGY-SAVING HOUSE IN YAKUTSK Effective energy consumption. Motion and light sensors. Diode lamps. Power economy – 90%. Windows with heat-reflective coating. Heat losses decrease by 30%. Thermostat control of heating devices. Energy economy on water heating – up to 50% throughout a year. Water, heat, gas, electricity consumption system with advanced metering devices.

9. 9 Alternating sources: evacuated solar panels, collectors, heat pumps, solar batteries. ENERGY-SAVING HOUSE IN RYBINSK OF THE RYAZAN REGION Low-emissivity I-glass (turns back up to 90% of heat waves given by heaters during heating season). Heating of house construction: basement, walls, attic floor and roof. Automated utility metering system (computational accuracy, optimization of consumption schedules). Energy costs decrease by 25-40%. Balanced system of ventilation eliminates problem of draughts. Heat recuperation of exhaust air. Energy economy on air heating up to 50%. Effective energy consumption. Motion and light sensors. Diode lamps. Power economy – 90%.

10. ENERGY-SAVING HOUSE IN KASPIYSK OF THE REPUBLIC OF DAGHESTAN 10 Heating of house construction: double heated entrances, door cylinders, setting glass in balconies, heating of basements. Water, heat, gas and power usage system with advanced metering devices in apartments Effective energy consumption. Motion and light sensors. Diode lamps. Power economy – 90%. Alternating sources: evacuated solar panels, collectors, heat pumps.