Aside from operational tasks, tasks in the Endur environment include: introducing ICE coal futures and EEX CER futures in Endur; a simulated solution for extremely large portfolios; introducing new volume types for commodity transactions; designing green electricity certificates in Endur; planning a front-office tool for supporting trade in power schedule transactions.
Supplement
The activities in detail: optimizing the end-of-day process: monitoring and clarifying the procedure for repeating the end-of-day; performance optimization of stock exchange development reports; support for the introduction of EEX CER futures in Endur; correct mapping of the delta position of expiring monthly futures; designing and developing an iterative simulated solution for extremely large portfolios in Endur (OpenLink solution only available from Endur 8); automated offsetting of transactions with a canceled counterpart; functional coordination and technical implementation of ICE coal futures in Endur; support for the introduction of new volume types in Endur; consulting in the design of new green electricity certificates in Endur.
Subject description
Before CER trading is introduced on the EEX, Endur is to be made suitable for recording EEX CER futures. To do this, wide-ranging tests are needed to ensure that trading of these products can be seamlessly integrated into other Endur processes. In addition to this, Endur is to be made suitable for ICE coal futures. However, these transactions are based on a different, more complicated processing logic than EEX transactions. If a counterparty drops out, ongoing transactions have to be neutralized by offsetting entries, which should be done by scripting, due to the possible large numbers involved. Green electricity certificates are intended to enable trading with certified green electricity (e.g. from wind power) beyond the end customer market.