d398a6ced2
- CitrineOS core extracted (CSMS OCPP 2.0.1) - OpenOCPP extracted (firmware OCPP 1.6J/2.0.1) - ShapeShifter library installed (pip install -e) - ShapeShifter specification extracted - EVerest extracted TODO updated with progress
107 lines
3.3 KiB
Python
107 lines
3.3 KiB
Python
#!/usr/bin/env python3
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"""
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Cariflex - Configure flex_context and flex_model for all 40 assets in FlexMeasures.
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"""
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import subprocess, json
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def run_sql(query):
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result = subprocess.run([
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"docker", "exec", "flexmeasures-db", "psql", "-U", "flexmeasures", "-d", "flexmeasures",
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"-t", "-c", query
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], capture_output=True, text=True)
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return result.stdout.strip()
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# Flex context per asset type
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FLEX_CONTEXTS = {
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1: { # Panneau PV
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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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2: { # Batterie
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"consumption-capacity": "50kW",
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"production-capacity": "50kW",
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"soc-min": "10kWh",
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"soc-max": "100kWh",
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"charging-efficiency": "95%",
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"discharging-efficiency": "95%"
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},
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3: { # Borne VE
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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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4: { # Véhicule EV (V2G)
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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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# Flex model per asset type (storage-specific)
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FLEX_MODELS = {
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2: { # Batterie
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"soc-at-start": "50kWh",
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"soc-target": "80kWh",
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"soc-min": "10kWh",
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"soc-max": "100kWh",
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"roundtrip-efficiency": "90%",
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"storage-efficiency": "99%",
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"power-capacity": "50kW"
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},
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4: { # EV V2G
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"soc-at-start": "40kWh",
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"soc-target": "60kWh",
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"soc-min": "15kWh",
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"soc-max": "75kWh",
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"roundtrip-efficiency": "90%",
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"storage-efficiency": "99%",
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"power-capacity": "11kW"
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}
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}
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print("=== Configuring flex_context and flex_model for Cariflex assets ===\n")
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# Get assets by type
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for type_id, type_name in [(1, "PV"), (2, "Battery"), (3, "EV Charger"), (4, "EV V2G")]:
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assets = run_sql(f"SELECT id, name FROM generic_asset WHERE generic_asset_type_id = {type_id} ORDER BY id;")
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flex_context = json.dumps(FLEX_CONTEXTS.get(type_id, {}))
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flex_model = json.dumps(FLEX_MODELS.get(type_id, {}))
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# Escape single quotes for SQL
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flex_context_sql = flex_context.replace("'", "''")
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flex_model_sql = flex_model.replace("'", "''")
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# Update all assets of this type
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result = run_sql(f"""
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UPDATE generic_asset
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SET flex_context = '{flex_context_sql}'::jsonb,
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flex_model = '{flex_model_sql}'::jsonb
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WHERE generic_asset_type_id = {type_id};
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""")
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count = len([l for l in assets.split('\n') if l.strip()])
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print(f" ✅ {type_name}: {count} assets updated")
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print(f" flex_context: {flex_context}")
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if type_id in FLEX_MODELS:
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print(f" flex_model: {flex_model}")
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print()
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# Verify
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print("=== Verification ===")
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for type_id, type_name in [(1, "PV"), (2, "Battery"), (3, "EV Charger"), (4, "EV V2G")]:
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sample = run_sql(f"""
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SELECT name, flex_context::text, flex_model::text
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FROM generic_asset
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WHERE generic_asset_type_id = {type_id}
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LIMIT 1;
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""")
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print(f" {type_name}: {sample}")
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print("\n✅ Flex context and model configured for all 40 assets!")
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