The input, edits, and supervision of the content in the contracts is normally left to staff without an adequate legal background or without precise knowledge of what is required from them. This is due to existing terms that apply to different scopes in the execution of the project that are not correlated in a clear and precise way. In addition, there is a lack of homogeneity on the technicians responsibility and the documents content, which in turn ends up affecting the entire lifecycle of the documentation and as a result, of the entire project.

At ACCIONA we are looking for solutions that can ensure the traceability of all of the contracts that are managed in the lifecycle of a plant or infrastructure, of its contents, audits, role and profile assignments of the people that create, modify, and approve them from the initial negotiation stage of the contract through their completion.

How could we distribute, manage, and assign responsibilities of approval/auditing of the contracts whilst ensuring their traceability? How could we incorporate in the previous process the changes that are made throughout the conclusion of the contract (i.e. an addendum)? How could we transfer the risks of the main contract to the subcontracts by the assigned agent?  How could we incorporate the learned lessons onto new contracts? How can we improve efficiency when managing this type of documentation?

Thermosolar electricity can provide energy 24 hours a day in an efficient, manageable manner. Cerro Dominador is a power station that combines photovoltaic energy with thermosolar energy. The thermosolar (Concentrated Solar Power) power station is the first in Latin America and has a capacity of 110 MW, to which is added the 100 MW of photovoltaic energy.

As it’s the first of its kind in Latin America, it involves new challenges regarding operation and maintenance which need to be addressed in a quick, efficient and digital manner. The thermosolar plant has a field of 10,600 heliostats that concentrate solar energy at a point at the top of a tower or receptor, which is 250m tall. The solar radiation is used to heat up melted salts which are used to generate steam, which feeds the turbine. Furthermore, it has a system for thermal storage of melted salts which allows it to produce energy consistently 24 hours a day.

At ACCIONA, we’re looking for startups that can help us with a digital tool that optimises the operation and maintenance of a mixed thermosolar power plant like Cerro Dominador. How could we optimise operations, considering the different modes of operation, based on the parameters and information analysis in real-time? How can we integrate the weather conditions and the sale of energy with the best scenarios and strategies, according to the reality of availability and the operation of the plant? How can we make the charging plans for the centre for 24/48 hours more efficient based on the analysis of real data regarding the facility? How can we integrate the different variables and modes of operation in a “Digital Twin” for digital visualisation? How can we foresee the maintenance needs for the systems, equipment or integral parts of the facility based on the analysis of real, historical parameters?