ffc08d0629
- 40 FlexMeasures assets (10 PV, 10 Bat, 10 Chg, 10 EV) - Geolocated on Martinique - Documentation: architecture, deployment, concepts - Standards: Flex Ready, S2, OpenADR, EPEX SPOT - R&D tools: HAMLET, OPLEM, lemlab - Map patch: Mapbox -> OpenStreetMap
144 lines
3.0 KiB
Markdown
144 lines
3.0 KiB
Markdown
# Cariflex - Script de Déploiement Complet
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## 1. FlexMeasures (déjà déployé)
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```bash
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# Assets déjà créés: 40 (10 PV, 10 Bat, 10 Chg, 10 EV)
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# Sensors: 40
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# Carte: OSM patchée (Mapbox → OSM)
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# Accès
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URL: https://flexmeasures.digitribe.fr
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Login: admin@digitribe.fr / Digitribe972
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```
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## 2. HAMLET (simulation LEM)
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```bash
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# Environnement conda dédié
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conda create -n hamlet-rd python=3.11 -y
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conda activate hamlet-rd
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# Dépendances
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pip install numpy pandas scipy matplotlib jupyter linopy pandapower pvlib highspy hplib pyoptinterface sktime xlsxwriter tqdm windpowerlib
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# Cloner et installer HAMLET
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git clone https://github.com/tum-ens/HAMLET.git /home/eric/cariflex/HAMLET
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cd /home/eric/cariflex/HAMLET
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pip install -e hamlet/creator
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pip install -e hamlet/executor
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pip install -e hamlet/analyzer
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# Vérifier
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python -c "import hamlet; print('HAMLET OK')"
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```
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## 3. OPLEM (optimisation LEM)
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```bash
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pip install git+https://github.com/EsaLaboratory/OPLEM.git
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```
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## 4. S2 CEM (FlexMeasures Client)
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```bash
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pip install flexmeasures-client[s2]
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```
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## 5. OpenLEADR (passerelle OpenADR)
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```bash
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pip install openleadr
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```
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## 6. Configuration FlexMeasures Cariflex
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### 6.1 Flex Context (modèle de flexibilité)
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Chaque type d'actif a un `flex_context` et `flex_model` :
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**PV (production) :**
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```json
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{
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"consumption-capacity": "0kW",
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"production-capacity": "5kW",
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"soc-min": "0kWh",
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"soc-max": "0kWh"
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}
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```
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**Batterie (stockage) :**
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```json
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{
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"consumption-capacity": "50kW",
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"production-capacity": "50kW",
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"soc-min": "0kWh",
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"soc-max": "100kWh",
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"soc-usage": "10kWh",
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"charging-efficiency": "95%",
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"discharging-efficiency": "95%"
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}
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```
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**EV Borne (consommation flexible) :**
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```json
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{
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"consumption-capacity": "22kW",
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"production-capacity": "0kW",
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"soc-min": "0kWh",
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"soc-max": "0kWh"
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}
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```
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**EV (V2G) :**
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```json
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{
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"consumption-capacity": "11kW",
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"production-capacity": "11kW",
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"soc-min": "15kWh",
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"soc-max": "75kWh",
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"charging-efficiency": "95%",
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"discharging-efficiency": "95%"
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}
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```
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### 6.2 Données de prévision
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FlexMeasures nécessite des données de prévision pour :
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- Production PV (données météo)
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- Consommation (profil type)
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- Prix de l'électricité (tarification EDF SEI)
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## 7. Intégration DSO (ENEDIS/RTE)
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### 7.1 Flex Ready® Aggregator API
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Cariflex implémente l'interface Aggregator de Flex Ready® :
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- Réception des demandes de flexibilité du DSO
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- Agrégation des réponses des actifs
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- Monitoring en temps réel
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### 7.2 S2 Protocol
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Le S2 CEM (Customer Energy Manager) fait le pont entre :
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- FlexMeasures (côté RM)
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- OpenADR/Flex Ready® (côté DSO)
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## 8. Monitoring
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### 8.1 Grafana
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Dashboard Cariflex :
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- Production PV temps réel
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- État de charge des batteries
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- Consommation des bornes VE
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- Flexibilité disponible
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- Signaux DSO
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### 8.2 Métriques clés
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- **Flexibilité disponible** : somme des capacités de modulation
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- **Énergie échangée** : kWh produit/consommé
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- **Revenus flexibilité** : €/kWh de flexibilité vendue
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- **Taux d'utilisation** : % du temps en mode flexibilité
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