To achieve the climate goal of net-zero greenhouse gas emissions in 2050, the current energy system must be transformed and shifted to renewable energy. The integrative and holistic considerations necessary for the wide integration of renewables are drastically expanding the number of stakeholders required to work closely together: the workflows between energy planners, energy managers, site owners, occupants and technology providers must be seamless to enable thea development of a true, future-oriented vision. This creates both big challenges and unprecedented opportunities.
Sympheny enables continuous optimization of the energy system of a site by empowering energy planners, managers and other stakeholders to collaboratively identify and exploit opportunities for improving energy and CO2 performance. The core of Sympheny’s platform is a synthesis of energy optimization algorithms and digital twin technology. The digital twin integrates diverse energy-relevant data, providing a rich, multi-dimensional representation of the sites. The algorithms use this data to quickly evaluate the full range of optimal energy supply solutions for the site, and identify those solutions with the optimal match to stakeholder requirements. The platform enables cooperative, data-driven decision making by the stakeholders, a vital process to actively shape a sustainable future.