2012 China DER Industry Report

2012 Deep Research Report on China Distributed Energy Resources Industry


Hard copy: 2500 USD
Electronic copy (PDF): 2500USD
Global License: 4500USD

Pages: 270
Tables and figures: 114
Published date: Jun 14, 2012
Publisher: QYResearch Energy Research Center
Contact: Mr. Zhang Dong 86-10-82945717; 86-13811796901, sales@qyresearch.com

Summary

<2012 Deep Research Report on China Distributed Energy Resources (DER) Industry > was
professional and depth research report on China Distributed Energy Resources industry. This
report has firstly introduced Distributed Energy Resources definition classification industry chain
etc relation information. Then introduced global and China DER development status and economy
analysis, and then introduced DER market status and development future,and also listed key
regions DER demand analysis and demand development trend.then introducted DER related
equipments market status and development forecast.and DER grid connection and influence to the
power grid analysis.DER optimization analysis and also introduced Key DER players operating
situations. Finally, the report also introduced DER industry investment environment and related
investment return analysis. In a word, it was a depth research report on China DER industry. And
thanks to the support and assistance from DER industry chain related experts and enterprises
during QYResearch Team survey and interview.

Table of Contents

CHAPTER ONE DISTRIBUTED ENERGY RESOURCE (DER) INDUSTRY OVERVIEW 1
1.1 THE DER DEFINITION AND POSITION 1
1.1.1 The DER definition 1
1.1.2 The Distributed Energy Resource Classification 4
1.1.3 The DER development significance 4
1.1.4 Distributed generation grid model 5
1.1.5 The DER strategic position 6
1.2 THE DER ADVANTAGES ANALYSIS 7
1.2.1 Higher power supply efficiency 7
1.2.2 Avoid the transmission and distribution costs 7
1.2.3 Saving investment 7
1.2.4 Excellent peak regulation 8

QYResearch Mr. Zhangdong sales@qyresearch.com 13811796901 8610-82945717 1(10 Total)


1.2.5 Improve the security of power supply 8
1.2.6 Good environmental performance 8
1.2.7 Meet the needs of special places 8
1.2.8 Delaying the upgrading of the transmission and distribution grid9
1.2.9 Provides the possibility of the Energy cascade utilization 9
1.2.10 Opened up new directions for the use of renewable energy 9
1.3 THE DER DEVELOPMENT NECESSITY ANALYSIS10
1.3.1 needs of implementation of Strategy of sustainable development10
1.3.2 Need of the energy consumption structure adjustment 10
1.3.3 Need for environmental protection 11
1.3.4 Need for solving the power shortage problems and ensure the security of electricity supply
11
1.4 THE DER INDUSTRY DEVELOPMENT ENVIRONMENTAL ANALYSIS 12
1.4.1 DER industry policy environment analysis 12
1.4.2 The DER industry economic environment analysis 14

CHAPTER TWO CHINA DER INDUSTRY STATUS AND ECONOMIC ANALYSIS 16
2.1 INTERNATIONAL DER INDUSTRY DEVELOPMENT AND EXPERIENCE REFERENCE
16
2.1.1 The international DER industry development status 16
2.1.2 The major countries DER development analysis 19
2.1.3 International DER equipment manufacturers 34
2.1.4 International DER development experience reference 35
2.2 CHINA DER INDUSTRY STATUS AND PROSPECT 36
2.2.1 The DER application fields analysis 36
2.2.2 DER industry development status 37
2.2.3 DER project construction status 38
2.2.4 DER development affecting factors 39
2.2.5 DER industry development trends 40
2.2.6 DER industry development prospects 41
2.3 CHINA DER INDUSTRY DEVELOPMENT OBSTACLES AND BOTTLENECKS 42
2.3.1 Economic barriers and bottleneck 42
2.3.2 Energy policy barriers and bottleneck 42
2.3.3 Fuel supply barriers and bottleneck 42
2.3.4 Efficiency obstacles and bottleneck 43
2.3.5 Grid barriers and bottleneck 43
2.3.6 Environmental obstacles and bottleneck 44
2.3.7 System barriers and bottleneck 44
2.3.8 Administrative licensing obstacles and bottleneck 44
2.3.9 Financing barriers and bottleneck 45
2.3.10 Electric power market and measuring barriers and bottleneck 45
2.3.11 Other problems obstacles and bottleneck 45
2.4 CHINA DER INDUSTRY ECONOMIC ANALYSIS 46
2.4.1 DER economic benefits analysis 46



2.4.2 DER environmental benefits analysis 46
2.4.3 The different groups benefits analysis 47
2.5 CHINA DER INDUSTRY DEVELOPMENT PROPOSALS 47

CHAPTER THREE CHINA DER SEGMENTS DEVELOPMENT STATUS AND PROSPECTS
49
3.1 CHINA NATURAL GAS DER DEVELOPMENT STATUS AND PROSPECTS 49
3.1.1 Natural gas resource distribution and use patterns 49
3.1.2 Natural gas DER advantages 50
3.1.3 Natural gas DER development status 51
3.1.4 Natural gas DER project construction status 52
3.1.5 Natural gas DER projects economic analysis 55
3.1.6 Natural gas DER development prospects 56
3.2 CHINA SMALL WIND POWER DEVELOPMENT STATUS AND PROSPECTS 57
3.2.1 Wind resource distribution and use patterns 57
3.2.2 Small wind power development status 59
3.2.3 Small wind power development problems 60
3.2.4 Small Wind Power Economic Analysis 62
3.2.5 Small wind power development potential and prospects 63
3.2.6 Wind power development proposals 64
3.3 CHINA PV POWER GENERATION DEVELOPMENT SITUATION AND PROSPECTS
OUTLOOK 66
3.3.1 China solar resource distribution and use patterns 66
3.3.2 PV power development status 67
3.3.3 photovoltaic Economic Analysis 69
3.3.4 The problem photovoltaic power generation development facing 71
3.3.5 PV development potential and prospects 72
3.4 CHINA BIOMASS POWER GENERATION DEVELOPMENT STATUS AND PROSPECTS
OUTLOOK 75
3.4.1 Biomass structure and utilization 75
3.4.2 Biomass Power Generation Development Status 76
3.4.3 Biomass Power Generation Economic Analysis 86
3.4.4 The problems biomass power generation development faced 87
3.4.5 Biomass power development potential and prospects 88
3.5 CHINA FUEL CELL DEVELOPMENT STATUS AND PROSPECTS 91
3.5.1 Fuel cell classification and characteristics 91
3.5.2 The fuel cell development status 92
3.5.3 Fuel cell energy efficiency and economic analysis 93
3.5.4 Fuel cell development problems 94
3.5.5 Fuel cell applications potential and prospects 95
3.6 CHINA SMALL HYDROPOWER DEVELOPMENT STATUS AND PROSPECTS 98
3.6.1 Hydroenergy resources distribution and utilization 98
3.6.2 The small hydropower development status 101
3.6.3 Small hydropower economic analysis 102



3.6.4 The development problems small hydropower confronted 104
3.6.5 The small hydropower development potential and prospects 107
3.7 CHINA GEOTHERMAL POWER GENERATION STATUS AND PROSPECTS 110
3.7.1 Geothermal resource distribution and utilization type 110
3.7.2 Geothermal power generation development situation 112
3.7.3 Geothermal power economic analysis 113
3.7.4 Problems geothermal power generation development faced 115
3.7.5 Geothermal power generation development potential and prospects 116
3.8 CHINA OCEAN POWER GENERATION DEVELOPMENT SITUATION AND PROSPECT
117
3.8.1 Ocean energy resource reserves distribution and utilization type 117
3.8.2 Ocean energy development and utilization status 120
3.8.3 Ocean energy power generation economic analysis 126
3.8.4 Ocean energy power generation constraints 127
3.8.5 Ocean energy power generation potential and prospects 128

CHAPTER FOUR DER INDUSTRY DEMAND PROSPECTS IN KEY AREAS 130
4.1 BEIJING DER INDUSTRY DEMAND PROSPECT 130
4.1.1 Beijing energy consumption situation analyses 130
4.1.2 Beijing DER development analysis in key application areas 131
4.1.3 Beijing DER projects construction 133
4.1.4 Beijing DER demand potential and prospects 134
4.2 SHANGHAI DER INDUSTRY DEMAND PROSPECT 135
4.2.1 Shanghai Energy Consumption status Analysis 135
4.2.2 Shanghai DER development analysis in the keyapplication areas 135
4.2.3 Shanghai DER projects construction 136
4.2.4 Shanghai DER demand potential and prospect 137
4.3 GUANGZHOU DER INDUSTRY DEMANDS PROSPECT 138
4.3.1 Guangzhou energy consumption status analysis 138
4.3.2 Guangzhou DER development analysis in the keyapplication areas 139
4.3.3 Guangzhou DER projects construction status 139
4.3.4 Guangzhou DER demand potential and prospects140

CHAPTER FIVE CHINA DER EQUIPMENT MARKET AND PROSPECTS 141
5.1 CHINA NATURAL GAS DER EQUIPMENT MARKET ANALYSIS 141
5.1.1 The gas turbine market analysis 141
5.1.2 Gas turbine waste heat boiler market analysis 143
5.1.3 Bromine cooler market analysis 144
5.2 CHINESE SMALL WIND TURBINE MARKET ANALYSIS 149
5.2.1 Small fan scale of development 149
5.2.2 Small wind turbine market competition149
5.2.3 Small wind turbine technology development 150
5.2.4 Small wind turbine development trends 151
5.2.5 small wind turbine market demand outlook 151



5.3 SOLAR CELLS AND MODULES MARKET ANALYSIS 151
5.3.1 ANALYSIS OF SOLAR CELL AND MODULE PRODUCTION 151
5.3.2 Solar cells and modules demands analysis 152
5.3.3 Solar cells and components market competition 152
5.3.4 Solar cells and components of technical progress 153
5.3.5 Solar cell and module development prospects 154
5.4 BIOMASS POWER GENERATION EQUIPMENT MARKET ANALYSIS 155
5.4.1 Straw power generation equipment market analysis 155
5.4.2 Garbage power generation equipment market analysis (1) waste incinerator 157
5.4.3 Biogas power generation equipment market analysis 158
5.4.4 Biomass power generation equipment demand outlook 160
5.5 CHINESE FUEL CELL MARKET MARKET ANALYSIS 160
5.5.1 Fuel cell market analysis 160
5.5.2 Advances in fuel cell technology 163
5.6 CHINA'S SMALL HYDROPOWER EQUIPMENT MARKET ANALYSIS 163
5.6.1 The scale of development of small hydro equipment 163
5.6.2 Small hydropower equipment market competition 164
5.6.3 Technological advances of small hydropower equipment 164
5.6.4 Small hydropower equipment demand outlook 165

CHAPTER SIX THE INFLUENCE OF CHINA DER GRID-CONNECTION FOR THE
DISTRIBUTION NETWORK 166
6.1 THE INFLUENCE OF DER GRID-CONNECTION FOR THE DISTRIBUTION NETWORK
166
6.1.1 The influence of DER for the distribution network operation 166
6.1.2 The influence of DER for distribution network planning 168
6.2 THE INFLUENCE OF ALL KINDS OF DER GRID-CONNECTION FOR THE POWER
SYSTEM170
6.2.1 The influence of gas generation and grid-connection 170
6.2.2 The influence of wind generation and grid-connection 171
6.2.3 The influence of PV power generation and grid-connection 171
6.2.4 The influence of fuel cell power generation and grid-connection 172
6.2.5 The influence of other DER grid-connection172
6.3 THE STRATEGY OF IMPROVING DER GRID-CONNECTION RELIABILITY 173
6.3.1 DC micro-grid research 173
6.3.2 AC micro-grid research 177

CHAPTER SEVEN OPTIMIZATION ANALYSIS OF THE CHINESE DER 179
7.1 DER TECHNOLOGY SOLUTIONS AND ENERGY EFFICIENCY ANALYSIS179
7.1.1 DER technology program 179
7.1.2 Common system of energy efficiency analysis index analysis 186
7.1.3 Energy Efficiency Analysis of the Distributed Power and Cooling for system 193
7.2 EONOMIC ANALYSIS OF DER'S TECHNOLOGY 205
7.2.1 Common economic analysis methods and indicators 205



7.2.2 DER energy distribution principle 208
7.2.3 DER Applications 210
7.2.4 A variety of DER economy analysis 217
7.3 DER OPTIMIZATION ANALYSIS 222
7.3.1 DER optimization task and content 222
7.3.2 Analysis of the optimal operation of the DER 223
7.3.3 The selection of DER optimization algorithm 235
7.3.4 DER optimization results and their analysis 236
7.3.5 The comparison of optimization with the original program and the regular program 240

CHAPTER EIGHT CHINESE DER INDUSTRY MAJOR COMPANIES BUSINESS ANALYSIS
243
8.1 CHINESE DER EQUIPMENT MANUFACTURING ENTERPRISE CASE STUDIES 243
8.1.1 Analysis of Sichuan Hope Senlan air-conditioning Manufacturing Co., Ltd. operating
conditions 243
8.1.2 Shuangliang Eco-Energey Systems Co., ltd.operation analysis 249
8.1.3 Dalian Sanyo Refrigeration Co., Ltd. operation analysis 255
8.1.4 Shengli Oilfield Shengli Power Machinery Group Co., Ltd. operation analysis 258
8.1.5 China Aviation Industry Shenyang Liming Aero-Engine (Group) Co., Ltd. operation analysis
261

CHAPTER NINE ANALYSIS OF FINANCE AND CREDIT OF DER PROJECT 265
9.1 RISK ANALYSIS OF DER PROJECT 265
9.1.1 Risk analysis of project policy 265
9.1.2 Risk analysis on project technology 265
9.1.3 Risk analysis of project market 265
9.2 ANALYSIS OF DER PROJECT FINANCING 266
9.2.1 The basic mode of project financing 266
9.2.2 The basic channel for project financing267
9.3 INDUSTRY CREDIT ANALYSIS OF CHINESE DER 269
9.3.1 Development status of industry credit environment 269
9.3.2 Environmental trends of industrial credit 269
9.3.3 Credit analysis of the major banks269

Tables and Figures

TABLE THE DER DEFINITION THAT AMERICAN AND EUROPEAN ORGANIZATION
MAKE 1
FIGURE THE RELATION DIAGRAM OF DG, DP, DER 3
TABLE THE COGENERATION INSTALLED CAPACITY OF WORLD'S MAJOR
COUNTRIES (MW) 17
TABLE GLOBAL SMALL WIND POWER MARKET INSTALLED CAPACITY 18
TABLE SOLAR PHOTOVOLTAIC POWER GENERATION CAPACITY IN THE WORLD'S
MAJOR COUNTRIES AND REGIONS (MILLION KILOWATTS) 18



FIGURE DENMARK DISTRIBUTED GENERATION DISTRIBUTION 19
FIGURE THE DANISH WIND POWER CAPACITY AND PROPORTION CHANGES 20
FIGURE AMERICAN RENEWABLE ENERGY POWER COMPOSITION (EXCLUDING
HYDROPOWER) 21
FIGURE COMMERCIAL DER FORECAST 22
FIGURE 2009-2035 U.S. INDUSTRIAL ENERGY CONSUMPTION (TRILLION BRITISH
THERMAL UNITS) 23
FIGURE U.S.A DISTRIBUTED GENERATION FUEL CHARACTERISTICS 24
FIGURE U.S.A DISTRIBUTED GENERATION TECHNOLOGY FEATURES25
FIGURE CHANGES OF U.S.A CHP INSTALLED CAPACITY 26
FIGURE THE TOP TEN STATES OF USA COGENERATION CAPACITY IN 2010 26
FIGURE USA SMALL WIND POWER INSTALLED CAPACITY SITUATION 27
FIGURE USA ROOFTOP PHOTOVOLTAIC INSTALLATION 28
FIGURE 2009-2035 THE STRUCTURE OF RENEWABLE ENERGY POWER 30
TABLE THE STRATEGIC OBJECTIVES OF THE U.S. THERMOELECTRIC COOLING BY
THE TECHNOLOGY (CCHP) APPLICATIONS 30
FIGURE JAPAN DG MARKET STUATION 31
TABLE 2001-2009 JAPAN PV CUMULATIVE INSTALLED CAPACITY (MW) 32
FIGURE 2010 EU POWER STRUCTURE 33
TABLE 2006-2010 EU COUNTRIES SOLAR PV INSTALLED CAPACITY(MKW) 33
TABLE 2010 EU WIND POWER CAPACITY SITUATION 34
FIGURE CHINA NATURAL GAS RESOURCES DISTRIBUTION 50
TABLE NATURAL GAS DER PROJECTS 52
TABLE GAS POWER PLANT PROJECTS 53
FIGURE NATURAL GAS DER PROJECTS PROCESS 55
TABLE CHINESE AND INTERNATIONAL PV MODULE COSTS CONTRASTING 70
FIGURE CHINA KEY PROVINCES BIOMASS RESOURCES 76
FIGURE 2006-2011 CHINA'S BIOMASS POWER INDUSTRY SCALE INDICATORS 79
FIGURE 2011 CHINA'S BIOMASS POWER GENERATION STRUCTURE 80
TABLE PROJECTS ABOUT BIOMASS POWER GENERATION CONSTRUCTING AND
UNDER CONSTRUCTION FROM 2008 81
TABLE BIOMASS GASIFICATION POWER GENERATION IN THE ECONOMY 87
TABLE CHINA HYDROPOWER RESOURCES OVERVIEW 99
TABLE BASIN WATER RESERVES OF THE COUNTRY 100
TABLE CHINESE POSSIBLE DEVELOPMENT HYDROPOWER RESOURCES
DISTRIBUTION 100
TABLE CHINA SMALL HYDROPOWER CLASSIFICATION STATIONS ACCORDING TO
INSTALLED CAPACITY 101
TABLE ENERGY SAVING BENEFITS OF WIND-SOLAR- HYDROPOWER HYBRID
SYSTEM104
TABLE PART OF BEIJING DER PROJECTS SITUATION 133
TABLE PART OF SHANGHAI DER PROJECTS SITUATION 136
TABLE GAS TURBINES INSTALLED IN 2010 UNIT: MILLION KILOWATTS142
TABLE 2008-2010 GAS TURBINE WASTE HEAT BOILER OUTPUT 143



TABLE CHINA SMALL FAN SCALE OF DEVELOPMENT 149
TABLE 2010 CHINA SOLAR CELL PRODUCTION 151
TABLE 2011 SALES AND EXPORTS OF SOLAR CELLS 152
FIGURE DC MICRO-GRID STRUCTURE 174
FIGURE VOLTAGE SOURCE IN PARALLEL EQUIVALENT SCHEMATIC 175
FIGURE DC MICRO-GRID SOURCE CONVERTER STATIC V-I CURVE 176
FIGURE FLYWHEEL ENERGY STORAGE AC-DC BIDIRECTIONAL CONVERTER
CONTROL 177
FIGURE AC MICRO-GRID STRUCTURE 178
TABLE BOILER - STEAM TURBINE - LITHIUM BROMIDE REFRIGERATOR SCHEMATIC
180
FIGURE GAS TURBINE - WASTE HEAT BOILER - STEAM LITHIUM BROMIDE
ABSORPTION AIR CONDITIONING UNIT DIAGRAM 181
FIGURE GT - SHUNT WASTE HEAT / DIRECT-FIRED COMBINED CYCLE SCHEMATIC
DIAGRAM OF A LITHIUM BROMIDE ABSORPTION AIR CONDITIONING UNITS 182
FIGURE GAS - STEAM COMBINED CYCLE + ABSORPTION CHILLERS WORK
SCHEMATIC 183
FIGURE MICRO GAS TURBINE PLUS COLD-WARM WATER MACHINE WORKING
SCHEMATIC 184
FIGURE THE INTERNAL COMBUSTION ENGINE - PARALLEL WASTE HEAT / DIRECT-
FIRED LITHIUM BROMIDE ABSORPTION AIR CONDITIONING UNITS TO COMBINED
CYCLE SCHEMATIC 185
FIGURE DISTRIBUTED CCHP AND ITS SUB-PRODUCTION SYSTEM POWER
CONSUMPTION MODEL DIAGRAM 187
TABLE DIFFERENT ELECTRICITY GENERATION EFFICIENCY CHARACTERISTICS 194
FIGURE ENERGY SAVING RATE IN HEATING CONDITIONS OF THE DER SYSTEM 195
TABLE THE LOWEST INDEX OF TOTAL ENERGY-SAVING EFFICIENCY OF THE
DISTRIBUTED COGENERATION 196
FIGURE ENERGY-SAVING RATE OF DISTRIBUTED COOLING AND POWER
GENERATION SYSTEMS IN THE COOLING CONDITIONS OF 197
TABLE THE THERMOELECTRIC EFFICIENCY OF THE VARIOUS DER SYSTEMS 198
FIGURE THE RELATION BETWEEN ENERGY-SAVING RATE AND GRID EFFICIENCY IN
HEATING 199
FIGURE THE RELATION BETWEEN ENERGY-SAVING RATE AND GRID EFFICIENCY IN
COOLING 200
FIGURE THE RELATION BETWEEN ENERGY SAVING RATE AND THERMOELECTRIC
RATIO IN HEATING 201
FIGURE THE RELATION BETWEEN ENERGY SAVING RATE AND THERMOELECTRIC
RATIO IN COOLING 202
FIGURE THE RELATION BETWEEN CHILLER COEFFICIENT OF PERFORMANCE AND
ENERGY-SAVING RATE CHANGE 204
TABLE EXERGY COMPARISON BETWEEN THE CCHP AND THE SCHP 205
TABLE EACH PERIOD OF TIME PRICE IN OFFICE BUILDING 211
TABLE THE COMPOSITION AND CHARACTERISTICS OF NATURAL GAS IN SHAANXI-



GANSU-NINGXIA 212
TABLE HEAT AND COLD PRICE CALCULATION 212
FIGURE GAS TURBINE - WASTE HEAT BOILER - STEAM LITHIUM BROMIDE
ABSORPTION AIRCONDITIONING PLAN SCHEMATIC DIAGRAM 213
TABLE SOLAR SATURN20 GAS TURBINE TECHNOLOGY INDEX IN STANDARD
CONDITIONS 214
TABLE THE MAIN TECHNICAL INDICATORS OF THE SOLAR SATURN20 GAS TURBINE
IN DIFFERENT AMBIENT TEMPERATURES 214
FIGURE GAS TURBINE - WASTE HEAT/ DIRECT COMBUSTION LITHIUM BROMIDE
ABSORPTION AIR CONDITIONING UNIT COMBINED-CYCLE SCHEMATIC DIAGRAM
215
TABLE TECHNICAL PARAMETERS OF THE BROAD GROUP BHRS 250VII TYPE WASTE
HEAT DOUBLE-EFFECT ABSORPTION CHILLER 215
FIGURE FUEL GAS INTERNAL-COMBUSTION ENGINE - WASTE HEAT/DIRECT
COMBUSTION LITHIUM BROMIDE ABSORPTION AIR CONDITIONING COMBINED-
CYCLE SCHEMATIC DIAGRAM 216
TABLE BASIC TECHNICAL PARAMETERS OF CATERPILLER G3516LE FUEL GAS
INTERNAL-COMBUSTION ENGINE216
TABLE ENERGY DEMAND AND ENERGY SUPPLY BALANCE ANALYSIS TABLE217
TABLE INITIAL COSTS OF EACH PLAN 218
TABLE EXPECTED EQUIPMENT UTILIZATION TIME 218
TABLE FUEL CONSUMPTION IN EACH PLAN 219
TABLE THE CALCULATION OF THE GENERATING CAPACITY UNDER EACH PLAN 220
TABLE THE COMPUTATIONAL TABLE OF INVESTMENT, COSTS AND REVENUE
UNDER EACH PLAN. 220
FIGURE CURVE ON COST PER KILOWATT OF GAS ENGINE 226
TABLE MAINTENANCE COSTS OF DIFFERENT CAPACITIES OF GAS ENGINES 228
FIGURE COST CURVE OF THE SMALL GAS TURBINE 231
TABLE MAINTENANCE COSTS OF DIFFERENT CAPACITIES OF SMALL GAS
TURBINES 233
TABLE 58 THE RESULTS AT THE OPERATING MODE OF HEAT BASED ON
ELECTRICITY 238
TABLE THE RESULTS AT THE OPERATING MODE OF ELECTRICITY BASED ON HEAT
240
TABLE THE COMPARISON OF OPTIMIZATION WITH THE ORIGINAL PROGRAM AND
THE REGULAR PROGRAM 241
TABLE SICHUAN HOPE SENLAN AIR-CONDITIONING MANUFACTURING CO., LTD.
PROFILE 243
TABLE 2007-2009 SICHUAN HOPE, SENLAN AIR-CONDITIONING MANUFACTURING
CO., LTD. MAIN ECONOMIC INDICATORS 245
CO., LTD. SOLVENCY ANALYSIS 246
CO., LTD. THE OPERATIONAL CAPACITY 246



CO., LTD. PROFITABILITY ANALYSIS 246
TABLE 2008-2009 SICHUAN HOPE SENLAN AIR-CONDITIONING M ANUFACTURING
CO., LTD. DEVELOPMENT CAPACITY 247
TABLE 2008-2011 SHUANGLIANG ECO-ENERGEY SYSTEMS CO., LTD. MAJOR
ECONOMIC INDICATORS 253
TABLE 2008-2011 SHUANGLIANG ECO-ENERGEY SYSTEMS CO., LTD. TOTAL
LIABILITIES ANALYSIS 253
TABLE 2010-2012 Q1 SHUANGLIANG ECO-ENERGEY SYSTEMS CO., LTD.
OPERATIONAL CAPABILITY 254
TABLE 2010-2012 Q1SHUANGLIANG ECO-ENERGEY SYSTEMS CO., LTD.
PROFITABILITY ANALYSIS 254
TABLE 2010-2012 Q1SHUANGLIANG ENERGY-SAVING SYSTEM SHARES LIMITED
DEVELOPMENT CAPACITY ANALYSIS 254
TABLE SHENGLI OILFIELD SHENGLI POWER MACHINERY CO., LTD. PROFILE 258
TABLE 2007-2009 SHENGLI OILFIELD SHENGLI POWER MACHINERY CO., LTD.,MAIN
TABLE 2007-2009 SHENGLI OILFIELD SHENGLI POWER MACHINERY CO., LTD.,
TOTAL LIABILITIES 260
TABLE 2007-2009 SHENGLI OILFIELD SHENGLI POWER MACHINERY CO., LTD.,, LTD.
PROFITABILITY ANALYSIS 260
TABLE SHENYANG LIMING AERO ENGINE (GROUP) CO., LTD. PROFILE 262
TABLE 2007-2009 SHENYANG LIMING AERO ENGINE (GROUP) CO., LTD. MAIN
TABLE 2007-2009 SHENYANG LIMING AERO ENGINE (GROUP) CO., LTD. LIABILITIES
263
TABLE 2007-2009 SHENYANG LIMING AERO ENGINE (GROUP) CO., LTD. SOLVENCY
263
TABLE 2007-2009 SHENYANG LIMING AERO ENGINE (GROUP) CO., LTD.
TABLE 2008-2009 SHENYANG LIMING AERO ENGINE (GROUP) CO., LTD.


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