Design and engineering
We optimise your storage and generation facility using intelligent data analysis and forecasting techniques to minimise the cost of energy.
We optimise your storage and generation facility using intelligent data analysis and forecasting techniques to minimise the cost of energy.
Through our distributed control architecture on the device and in the cloud, we provide you with transparent and flexible control of all electrical grid elements.
We facilitate the integration of all distributed resources and consumption measurement points, so that you are independent of the technology provided by different manufacturers.
Your energy router.
Using advanced signal processing techniques, digital models and predictive systems, it optimises the power flow of electrical grid assets.
We have developed electronic equipment and a set of software tools that facilitate the rapid design of electricity distribution electrical grid control systems, integrating the use of renewable energies and storage systems, facilitating energy optimisation, taking into account safety, efficiency and profitability criteria.
Through vertical integration of asset monitoring and control solutions (generation and storage systems), Enfasys' technology allows to incorporate a comprehensive knowledge of the entire system and to adapt to the rules of an electricity market that is immersed in the biggest revolution of the last 100 years.
The monitoring, management and data analysis system for your distributed resources. Learn more about Enfasys Cloud
It is the in the Edge control system for real-time management of all your assets. Learn more about Enfyo
Enfasys Cloud integrates subscription-based services for weather and demand forecasting. Learn more about Enfasys Cloud
Enfasys enables the management of distributed generation systems using the IEEE 1547 standard, simplifying access to them and integration with electrical grid management systems. Learn more about Enfyo
Enfasys specialises in the control and management of storage systems for grid integration. This know-how enables optimisation of the most critical resource in hybrid plants or collective self-consumption installations. Learn more about energy storage
Through vertical integration of asset monitoring and control solutions (generation and storage systems), Enfasys' technology allows to incorporate a comprehensive knowledge of the entire system and to adapt to the rules of an electricity market that is immersed in the biggest revolution of the last 100 years.
Aligned with the strategies and technological trends for the transformation of the European energy system, taking into account ecological and economic efficiency criteria, promoting the transition towards more intelligent, flexible and sustainable energy supply systems.
A stand-alone installation is one that does not have an electricity connection to the distribution electrical grid. In such a way that the consumer is self-sufficient in energy production and does not depend on any commercialisation company. In this type of installation, if the generation is 100% renewable, energy storage is necessary to guarantee supply during the hours when this generation is not available.
An individual connected installation is one that, in addition to being capable of generating electricity, has an electrical connection to the distribution grid through a retailer, supplying electricity to a single end user. In this type of installation, energy storage is not necessary, as it is connected to the distribution grid as a back-up in the event that generation is not available. It is the end customer who decides on the basis of different criteria (mainly economic) whether the generation will have surpluses and whether these are stored or fed into the distribution grid in exchange for financial compensation.
This case is identical to the case of individual connected installations, but as the name itself indicates, the management and supply is now carried out to different users.
The approval of Royal Decree 244 of April 2019 enables collective consumption, i.e. it enables several consumers to share the same generating plant. This opens up a large number of savings and business possibilities, but at the same time entails greater complexity in the control and management of the installations, as it is necessary to dynamically distribute the energy between users and bill it individually.
Companies we are working with.