- WP1. Project management
- WP2. Dissemination, exploitation and data management
- WP3. Novel layers and processes implemented in existing solar cell pilot lines
- WP4. Development of innovative equipment for assembly of cut-cells
- WP5. Module fabrication tailored for various distributed generation applications
- WP6. Outdoor demonstrators
- WP7. Characterization and modelling
- WP8. Cost and life cycle analyses
- WP9. Ethics requirements
WP1: Project management
- D1.1: Project Management Plan
- D1.2: Quality assurance and risk management plan
- D1.3: First revised Project Management Plan
- D1.4: Second revised Project Management Plan (due September 2022)
WP2: Dissemination, exploitation and data management
- D2.1: Data Management Plan
- D2.2: Dissemination Plan
- D2.3: First draft of Exploitation Plan
- D2.4: Intermediate report on dissemination activities
- D2.5: Final report on dissemination activities (due September 2022)
- D2.6: Final Exploitation Plan (due September 2022)
- D2.7: Communication Plan
- D2.8: Communication report (due September 2022)
WP3: Novel layers and processes implemented in existing solar cell pilot lines
- D3.1: Production of sufficient cell precursors by month 12
- D3.2: Selection of industrial approaches for high-temperature passivating contacts
- D3.3: n-PERT cell with a top efficiency ≥ 22.5%
- D3.4: Production of sufficient cell precursors by month 24 (due September 2021)
- D3.5: Selection of the most suitable cutting and edge passivation methods for SHJ and IBC cells
- D3.6: Selection of the most suitable approach(es) for structuring passivating contact layers in IBC cells (due September 2021)
- D3.7: IBC cell with an integrated bypass-diode (due September 2021)
- D3.8: n-PERT cell with a top efficiency ≥23.0% on ¼ (or smaller) cut-cells (due September 2022)
- D3.9: SHJ cell with a top efficiency ≥23.5% (fullsize) and ≥23.3% (cutcells) (due September 2022)
- D3.10: IBC cell with a top efficiency ≥24.5% (fullsize) and ≥24.3% (cutcells) (due September 2022)
- D3.11: Evaluation of prototype platform for I-V testing and EL of shingles (due September 2022)
WP4: Development of innovative equipment for assembly of cut-cells
- D4.1: Prototype machine for back-contact module assembly
- D4.2: Shingle assembly tool v1
- D4.3: TLS-dicing module (due March 2021)
- D4.4: Shingle assembly tool v2 (due September 2022)
- D4.5: Design of high throughput machine for back-contact module assembly (due September 2022)
- D4.6: Comparison of the various cell assembly methods developed (due September 2022)
WP5: Module fabrication tailored for various distributed generation applications
- D5.1: Selection of subcontractor for VIPV integration
- D5.2: 3D-curved VIPV module based on IBC cells (due September 2021)
- D5.3: 3D-curved VIPV module based on shingled nPERT cells (due September 2021)
- D5.4: 3D-curved, uniformcoloured module prototype with efficiency ≥19% and weight ≤8 kg/m² (due March 2022)
- D5.5: Module made from shingled SHJ cells with a cell-to-module power of 105% (due September 2022)
- D5.6: Module made from shingled nPERT cells with a cell-to-module power of > 105% (due September 2022)
- D5.7: BAPV module with efficiency ≥22% and carbon footprint ≤250 kg-eq. CO2/kWp (due September 2022)
- D5.8: Lightweight BIPV module with ≤ 5 kg/m² and homogeneous colour appearance (due September 2022)
- D5.9: BIPV module prototype for facade integration with efficiency ≥21% (due September 2022)
- D5.10: 3D-curved module with efficiency ≥20% and weight ≤5 kg/m² (due September 2022)
WP6: Outdoor demonstrators
- D6.1: Evaluation of outdoor monitoring procedures
- D6.2: Intermediate monthly-score cards results (due March 2022)
- D6.3: Results of VIPV outdoor monitoring (due May 2022)
- D6.4: Monofacial BAPV module with a system yield of >1000 kWh/kWp (due May 2022)
- D6.5: Final monthly-score cards results (due September 2022)
- D6.6: Public dissemination of monthly-score cards results (due September 2022)
WP7: Characterization and modelling
- D7.1: Intermediate indoor module characterization results
- D7.2: Intermediate module reliability testing results
- D7.3: Pathways to maximize module efficiency and energy yield to achieve project goals
- D7.4: Evaluation of efficiency losses due to cut-edge recombination (due September 2021)
- D7.5: Final indoor module characterization results (due September 2022)
- D7.6: Final module reliability testing results (due September 2022)
- D7.7: Energy yield simulations for the various PV modules and systems developed (due September 2022)
WP8: Cost and life cycle analyses
- D8.1: Intermediate cost evaluation
- D8.2: Intermediate environmental evaluation
- D8.3: Final cost evaluation (due September 2022)
- D8.4: Final environmental evaluation (due September 2022)
- D8.5: Plans for innovative and potentialy large-scale PV manufacturing plants (due September 2022)
WP9: Ethics requirements
- D9.1: H-requirement No.1