Frequently Asked Questions
Find answers to common questions about the HFVT platform
The HFVT is an optimization tool designed to maximize revenue for hydroelectric operations while respecting environmental and operational constraints. Key features include:
- Revenue-based dispatch optimization
- Environmental flow compliance
- Ramping rate management
- Interactive visualization of results
- Scenario comparison capabilities
All input data should be provided in CSV (Comma-Separated Values) format. The required files and parameters include:
- Flow data CSV: Historical or projected water flow rates in time series format
- Price data CSV: Historical or projected power prices in time series format
- Minimum flow data CSV (optional): Environmental or regulatory flow constraints
System constraints that need to be specified:
- Maximum generation capacity (MW)
- Maximum discharge rate (cfs)
- Ramp up/down rates (cfs/hr)
The optimization process involves several key steps:
- Analysis of historical flow patterns and power prices
- Optimization of water dispatch to maximize revenue
- Enforcement of environmental and operational constraints
- Generation of detailed visualizations including:
- Flow and generation patterns
- Revenue analysis
- Cumulative revenue comparison
- Daily flow distributions
While HFVT is a powerful tool, it has some important limitations:
- Optimization maintains conservation of daily flow (suitable for dams with reservoirs, not for run-of-river assets without storage)
- Perfect price foresight assumption in the optimization window
- Simplified representation without detailed equipment constraints
- Focus on single-reservoir systems without cascade effects
- Only day-ahead LMPs considered in optimization
- No consideration for ancillary services revenue
The scenario comparison feature allows you to:
- Compare up to 4 different optimization scenarios simultaneously
- Analyze revenue differences between scenarios
- Visualize discharge patterns and generation strategies
- Track cumulative revenue across different scenarios
- Identify optimal operational parameters for your facility