Project deliverables

Here, you can find the public deliverables of the project, as soon as they become available.

You can download them by clicking on the title.
WP: Work Package, D: Deliverable

WP1: Scenario analysis, requirements definition and business models

PHCC Business models (D1.5) (SUBMITTED)

Validated thermo-economic models (D1.6) (DOWNLOAD HERE)

WP2: Flexibility enhancement through balance of plant innovations

Components for PHCC demosite and microturbine validation site (D2.6) (DOWNLOAD HERE)

WP3: Advanced solutions for warm/cold storage

Requirements for thermal storage in PHCC applications (D3.1) (DOWNLOAD HERE)

Assessment of different options for thermal storage in PHCCs (D3.2) (DOWNLOAD HERE)

Thermal storage prototypes to demosite and to validation sites (D3.5) (DOWNLOAD HERE)

Validation results of warm (70-80oC) temperature thermal storage (D3.6) (DOWNLOAD HERE)

WP4: Intelligent Predictive Control of the integrated system

Grid-compliant control architecture and controller real-time objective function (D4.1) (DOWNLOAD HERE)

Validation results in MiL and HiL of MPC (D4.4) (DOWNLOAD HERE)

Advanced fast-response controller prototype for demosite (D4.5) 

Validation results in Energy-Hub of MPC with cold thermal storage (D4.6) (DOWNLOAD HERE)

Validated dynamic model of PHCC demosite (D4.7) (DOWNLOAD HERE)

WP5: Integration and Demonstration

Report on final construction of demosite (D5.2) (DOWNLOAD HERE)

Final report on demosite operation (D5.5) (DOWNLOAD HERE)

WP6: Scale-up design, replication and dissemination

Public website set-up (D6.1) (DOWNLOAD HERE)

Dissemination plan (D6.2) (DOWNLOAD HERE)

Leaflet and poster on the project (D6.3) (DOWNLOAD HERE)

First Stakeholders’ vision document (D6.4) (DOWNLOAD HERE)

Techno-economic requirements for PHCC replication across Europe (D6.6) (DOWNLOAD HERE)

Second Stakeholders’ vision document (D6.7) (DOWNLOAD HERE)

E-book on guidelines for PHCC replication across Europe covering   technical, economic, legislative, social and environmental aspects (D6.9) (DOWNLOAD HERE)

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This project has received funding from the European Union's Horizon 2020
research and innovation programme under agreement No 764706

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