Approach and future work on the formation of concept of smart grid allan park - energy efficient cluster
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The document discusses plans for developing a smart grid in Skolkovo, Russia. It defines a smart grid as an electricity network that uses digital technology to deliver power to consumers while controlling appliances. The main principles for Skolkovo's energy infrastructure are outlined as maximizing energy efficiency, renewable energy use, and independent sources to boost autonomy. Various renewable energy sources and co-generation scenarios incorporating wood, natural gas, biogas, geothermal, solar, and heat recovery are presented. Innovative proposals from companies that embrace these themes are sought to inspire and demonstrate new technologies for a practical yet advanced infrastructure.
Approach and future work on the formation of concept of smart grid allan park - energy efficient cluster
- 1. Москва, 2011 SMART GRID – 27 TH MAY 2011 OVERVIEW OF CURRENT THOUGHTS
- 2. May, 2011 AGENDA: SMALL SMART GRID SHOWCASE SMART GRID DEFINITION SKOLKOVO ENERGY PRINCIPLES CO-GENERATION SOLAR / GEO-THERMAL INNOVATION REQUIRED ECONOMIC EFFICIENCY PUBLIC UTILITIES EFFICIENCY GOALS – BALANCE GOALS
- 3. SMART GRID - CLARITY
- 4. SKOLKOVO SMART GRID - INTRODUCTION DEFINITION: A ‘SMART GRID’ IS A FORM OF ELECTRICITY NETWORK USING DIGITAL TECHNOLOGY DELIVERING ELECTRICITY TO CONSUMERS USING DIGITAL COMMUNICATIONS TO CONTROL APPLIANCES IN HOMES AND OFFICES; THEY ARE DESIGNED TO SAVE ENERGY, REDUCE COSTS AND INCREASE RELIABILITY AND TRANSPARENCY – ONLY… IF THE INHERENT RISKS OF EXECUTING LARGE SCALE IT PROJECTS ARE AVOIDED THE ‘SMART GRID’ IS AN INFORMATION AND NET METERING SYSTEM .
- 5. 8786 1350 SKOLKOVO - ENERGY PRINCIPLES MAIN PRINCIPLES OF SKOLKOVO ENERGY INFRASTRUCTURE PRINCIPLES OF BUILDINGS (RESIDENTIAL & OFFICES) ENERGY EFFICIENCY MAXIMISE USE OF RENEWABLE ENERGY MAXIMISE USE OF INDEPENDENT SOURCES – (IN ORDER TO BOOST ENERGY AUTONOMY WITHIN SKOLKOVO) OTHER CITY PRINCIPLES GROUND WATER UTILISATION FOR DRINKING WATER RAINWATER UTILISATION BIO-GAS AS FUEL FOR CHP CO-GENERATION VIA WOOD & GAS CARBON FREE TRANSPORT FINALLY - OPTIMISATION OF ENGINEERING RESOURCES FOR CITY EXPANSION
- 6. Main Energy Center Sewer Secondary energy center Cold generation using electrical heat pump with heat recovery for domestic hot water Domestic Hot Water Sustainable management of forests Housing Basic industries + offices Wastewater Domestic hot water preheating in summer and mid season High temperature heat pump Use of geothermal resources Geothermal well Deep aquifer pumping Gas 65°C Wastewater Wastewater Energy network for centralization and transfer of energies Solar panels Combined heat and power VARIANT Cold generation with absorption chillers Wood or peat 80°C – 50°C Data center Heat recovery Heat recovery from wastewater and data center Photovoltaic cells SKOLKOVO – MASTER PLAN
- 7. CO GENERATION 8 786 1 453 CO-GENERATION SOURCES. WOOD – 60% NATURAL GAS – 30% BIO GAS – (10%) Scenarios Geothermic Heat pumps Co-Generation CHP Solar Recuperation Non Renewable Sources Scenario 1 8% 22% 4% 20% 46% Scenario 2 23% 23% 5% 0% 53%
- 8. SOLAR / GEOTHERMAL INTER-CONNECTION OF ALL ALTERNATIVE GENERATION SOURCES WITHIN THE GRID. SOLAR & GEOTHERMAL ARE PREFERRED CANDIDATES FOR INCLUSION.
- 9. YOUR INNOVATIONS = SKOLKOVO INSPIRATION ‘ WE ARE OPEN TO IDEAS AND SOLUTIONS’ SKOLKOVO CITY WISHES TO INSPIRE AND DEMONSTRATE THE POTENTIAL FOR NEW TECHNOLOGIES. FUNDAMENTAL TO THE SUCCESS OF THE CITY IS A PRACTICAL YET ADVANCED INFRASTRUCTURE. YOUR PROPOSALS SHOULD EMBRACE THE ‘INNOVATION THEME’, OF BOTH YOUR COMPANY, SKOLKOVO CITY AND THE FUTURE OF SMART GRID IN RUSSIA.
- 10. ECONOMIC EFFICIENCY THE ECONOMIC EFFICIENCY OF THE PROPOSED SOLUTION IS A KEY FACTOR OF THE SELECTION PROCESS, INTRINSIC WITHIN CONCEPT, AND OFFER VALUE FOR THE OPERATOR AND CONSUMER. FACTORS FOR CONSIDERATION; THE BEST RETURN PERIOD POSSIBLE COMPETITIVE TARIFF OPTIMISATION OF DEMAND CONSUMER FOCUSED EFFICIENCY
- 11. PUBLIC UTILITIES PROPOSED STRUCTURE SOCIETY / CONSUMPTION DATA BILLING DISP - DATA DISPATCHING HEAT D/W W/W ELEC BILLING D/B
- 12. ENERGY EFFICIENCY GOALS DESIRED ENERGY EFFICIENCY GOAL; OPTIMISED BUILDINGS – 40% TO 50% (BENCHMARK, CONVENTIONAL BUILDINGS)
- 13. - END - GOOD LUCK TO YOU ALL…..