ICE Gateway Documentation
- ICE Gateway And The Exchange
- Installing And Upgrading
- Configuring Global Settings
Configuring Market Data
- Understanding the Price Feed
- Configuring Price Server Connection
- Configuring Support for ICE iMpact Multicast Feed
- Number of Orders at Price
- Support for Market Depth
- Calculating Volume at Price
- Configuring Product Subscriptions
- Support for Logical Codes (Short Symbols)
- Support for Settlement Prices
- Support for User-Defined Strategies
- Support for Implied Prices
- Support for Spread Prices
- Trading Heating Oil/Gas Oil (HO-GO) Spreads
- Trading ICE Heat Rate Spreads
- Support for Options on Futures
- PFX Market Data
- Configuring Order Management
- Disaster Recovery
- Configuration Parameters
- Market Type IDs
Trading ICE Heat Rate Spreads
Unlike the HO-GO spreads, you must manually add values in the [SpreadRatios] section to trade ICE Heat Rates Spreads correctly. For each Heat Rate Spread trade, the Exchange sends a fill with a quantity of one (1) for the first leg. However, the Exchange provides a variable quantity for the second leg. The variable quantities for the second leg are calculated based on the price of the spread being traded.
Configuring the ICE Heat Rate Spread
To trade the ICE Heat Rates Spreads, you must update the [SpreadRatios] section with the values highlighted in the example below. These settings allow the ICE Gateway to adjust for the variable quantity of the second leg.
Example Updated [SpreadRatios] values to trade the ICE Heat Rates Spread
"ICE HO-GO Spr"=3,-4,1,4
"IPE Gas Oil Crk"=4,-3,1,4
“PJMWH Heat Rate”=1,-150,1,1
“ERN Heat Rate”=1,-150,1,1
Calculating the ICE Heat Rate Spread Ratio
TT used the formula below to determine the correct values for the [SpreadRatios] section.
Example ICE Heat Rate Spread Ratio Formula
The ICE Heat Rate Spread Ratio Formula uses the following values:
[Maximum Trading Days in a Month (23)] * [Trading Hours in a Day (16)] *
[Megawatt Hours (50)] * [Estimated Maximum Spread Price (20)] / [Single ICE Lot (2500 BTU)] = Henry Hub Lot Value (147.2)
This value was rounded to 150. Since this represents a selling prices, this equals a negative value in the [SpreadRatios] section.
The formula uses static amounts for all values except for the Estimated Maximum Spread Price. TT used an estimated maximum price of 20 to determine the correct values. Since the ICE Heat Rates Spreads currently trade around the 11.000 price level, this provides enough buffer to allow for volatility in the market.
If the ICE Heat Rates Spreads trade at a higher price level, you can use the same values in the formula above to determine the optimal values for the [SpreadRatios] section by substituting a higher value for the Estimated Maximum Spread Price.
You must increase the quantities for risk checking by the same amount as the Henry Hub Lot value.