1.1. Determination of the main characteristics of the market of superconductors and related markets, as well as
key features of the use of superconductors in comparison with existing and
alternative technologies. Geographical breakdown: USA, EU, Asia-Pacific
Region, Russia and others.
1.2. Determination of present and future trends in the markets of superconductors, changes
technology both new and potential applications.
1.3. Determination of the most promising markets and the use of high -temperature
superconductors (VTSP), including quantitative and qualitative characteristics.
1.4. Determination of the main drivers and restrictions on the development of the market for superconductors with a breakdown in
applications and superconducting materials.
1.5. Determination of the main players of the world market market for superconductors with segments.
(research and development, production of superconducting equipment and components,
The main consumers of components), products and geographical location (USA, EU,
Asian-Pacific region, Russia and others).
1.6. For industrial production, the determination of the average production volumes (in monetary and
quantitative expression) and the dynamics of profitability with a breakdown by type of product,
geographical location of the manufacturer.
2.1. Overview of the market of superconductors:
2.1.1. Definition (superconductivity, properties, materials, substitutes, etc.);
2.1.2. The last trends and events, including geographical breakdown.
2.1.2.1. Research and development of the type and application of superconductors.
2.1.2.2. Technological achievements.
2.1.2.3. Commercialization of research and development
2.1.2.4. Unresolved problems
2.1.3. Related markets (suppliers and end consumers) with geographical breakdown
2.1.4. Drivers and restrictions on market growth and use
2.2. Service segments of superconductors should include, but not limited:
2.2.1. Superconductors -based magnets;
2.2.2. Superconducting transformers;
2.2.3. Superconductor generators;
2.2.4. Superconducting motors;
2.2.5. Tokhornostariki;
2.2.6. Energy storage systems based on superconductors;
2.2.7. Superconducting currents;
2.2.8. Superconducting cables;
2.2.9. Superconducting chips;
2.2.10. Superconducting filters of radio and microwaves;
2.2.11. Superconducting quantum interference sensors;
3.1. Determination of the size and capacity of the market in monetary and quantitative expressions
3.1.1. Historical data: 2004-2008
3.1.2. Assessments and forecasts: 2009-2015
3.1.3. Key drivers and restrictions
3.1.4. The main trends
3.2. Determination of the structure of the market;
3.2.1. Suppliers (a brief description of the current situation in the market and its prospects)
3.2.2. Consumers/ end consumers
3.2.2.1. The main characteristics of consumers
3.2.2.2. Preferences of the target group of consumers
3.2.2.3. Advantages and disadvantages of products based on superconductors;
3.2.2.4. Unsatisfied demand regarding the technical parameters of existing
products
3.2.3. Competitive situation:
3.2.3.1. The main players and their description;
3.2.3.2. Number of substitutes;
3.2.3.3. Time and conditions (for example, the cost of production) of the substitution of existing
decisions on decisions based on VTSP;
3.2.3.4. The development of alternative technologies.
3.2.4. Average market selling prices;
3.2.5. Medium -market profitability with segment breakdown (for component manufacturers).
4.1. Historical data: 2004-2008.
4.2. Forecast data: 2009-2015
5.1. international market
The world market of superconductors:
6.1. The market of superconductors
6.1.1. Market dynamics (in monetary and quantitative terms) in 2004-2015, including
Geographical distribution (if possible).
6.1.2. Market breakdown according to the type of superconductor (low -temperature superconductors, VTSP,
New technologies) in 2004-2015 ..
6.1.3. Advantages and disadvantages of superconductors.
6.1.4. Current and promising applications. Highlighting the most promising segments
the use of VTSP with the provision of confirming arguments.
6.1.5. Breaking the total market volume for applications (in monetary and quantitative
expressions) in dynamics in 2004-2015, including geographical breakdown (if possible).
6.2.1. Breaking the main applications according to the type of superconductor.
6.2.2. Description, assessment and determination of the conditions of replacement (displacement) of low -temperature
superconductors of the VTSP and traditional technologies of the VTSP (for each of the applications or
All in all).
6.2.3. The main components.
6.3.1. Types (1st and 2nd generation), the main characteristics and the structure of the VTSP-Lent.
6.3.2. The advantages and disadvantages of each type of ribbons.
6.3.3. Comparison of production technologies of the 2nd generation meter (MODCV, MOD, PLD, etc.).
6.3.4. Breaking production costs for each type of VTSP-tap.
6.3.5. The cost of production and commissioning of VTSP-cable, including The cost of the system
cooling, its commissioning and service (for each type of VTSP
tapes used in the cable).
6.3.6. Forecast for changes in the cost of VTSP-tsable and cable from change in volume
production, wire length, comparison with a traditional (copper) wire (for each
Types of VTSP tapes).
6.3.7. Conditions for commercialization.
6.3.8. The main players (the section must contain tables and diagrams regarding
the number of participants in the industry and their market shares and sales volumes in each of
identified market segments; In addition, the section should contain tables with
information on the main sales channels in the industry and the main sales channels used
competitors on various identified market segments; sales system organization,
present on the market of dealers/distributors and the level of profitability of each of the
dedicated market segments).
6.3.9. Consumer preferences. (The section must contain qualitative and quantitative
requirements for consumers when choosing; Factors affecting the choice
products; Advantages and disadvantages of project products compared to products
competitors and consumer needs).
6.4.1. The use of VTSP cables in electric networks-current and implemented projects
(including the size of the project, duration, volume of investments (planned and actual
the cost of cable, cooling systems, commissioning, etc.).
6.4.2. Research and development with division by companies and geographical distribution.
6.4.3. State initiatives and initiatives of other bodies, including concerning
environmental factors (with quantitative assessments, where possible).
6.5. Roadmap of the VTSP until 2025
