More specifically, the 3 research work packages (WP) of SolPol-4/5 cover the following topics and tasks which reflect the methodology and approach and the results to be obtained.
|
WP-01: Low-Cost Pumped Systems |
|
Task 1.1: |
|
Systems definition and optimization
|
|
Task 1.2: |
|
Overheating controlled (OHC) collector with high polyolefin content in rigid and membrane design
|
|
Task 1.3: |
|
Drainback collector in rigid all-polymeric and hybrid design
|
|
Task 1.4: |
|
Conception of specific components, pre-fabricated/highly-integrated hydraulic stations and system integration
|
|
Task 1.5: |
|
Economic and ecological perspectives
|
|
|
WP-02: High-Quality Non-Pumped Systems |
|
Task 2.1: |
|
Single-loop integrated storage collector systems
|
|
Task 2.2: |
|
Double-loop systems with integrated sensible heat storage
|
|
Task 2.3: |
|
Double-loop systems with integrated heat storage based on thermoformed components
|
|
Task 2.4: |
|
Economic and ecological perspectives
|
|
|
|
WP-03: Novel Materials and Test Methods |
|
Task 3.1: |
|
High performance polyolefins for pressurized absorber applications meeting temperature, water/glycol and water/salt exposure requirements
|
|
Task 3.2: |
|
High performance polyolefins for liner applications meeting temperature and environmental exposure requirements(water, air, chlorinated water)
|
|
Task 3.3: |
|
Master-batch development for collector part applications and piping
|
|
Task 3.4: |
|
Advanced multi-layer hybrid films for collector system applications(membrane, flexible pipe, insulation and heat exchanger materials)
|
|
Task 3.5: |
|
Advanced methods for durability testing of specimen and components under superimposed mechanical, thermal and environmental loading
|
|
|