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b8e40bfa3b
apply_segment_constraints could add far more grid energy than requested when max_cycles_per_day or min_charge_duration_minutes forced bridging across expensive gaps between cheap intervals. With max_cycles_per_day=1, isolated cheap intervals were merged into one continuous segment by filling every gap in between, without ever trimming the surplus back down, resulting in achieved_soc_percent far above 100%. Add a post-bridging trim step that removes segment-edge intervals (highest price first) until total grid energy matches the requested target again, while still respecting max_cycles_per_day/min_charge_duration_minutes and never dropping below the target itself (fixed-power mode's expected last-interval rounding overshoot is preserved). A related edge case is also fixed: trimming could previously remove an interval required to satisfy a must_reach_by deadline, silently flipping deadline_met to False even though the overall energy target was still reached. Deadline-critical intervals are now passed through as protected_starts and are never removed during trimming. Fixes #167 Impact: plan_charging no longer overcharges the battery/EV past the requested target SoC when max_cycles_per_day or min_charge_duration_minutes is set, and must_reach_by deadlines are honored even when those constraints require bridging across expensive price gaps. |
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| .. | ||
| __init__.py | ||
| test_connect_segments.py | ||
| test_energy_calculator.py | ||
| test_find_service_responses.py | ||
| test_period_data_format.py | ||
| test_plan_charging.py | ||
| test_power_scheduler.py | ||
| test_search_range.py | ||
| test_sequential_scheduling.py | ||