Distributed energy system planning
people are served through off-grid renewable energy systems*
* Source: IRENA Working Paper off-grid renewable energy systems, 2015
Planning of Digitalization and Smartness for Industrial Infrastructure
In an integrated microgrid design study delivered by Siemens PTI, an industrial campus in China was planned and simulated with distributed energy resources supplying electricity. The industrial campus is transformed from the traditional energy supply system into a microgrid using digital technologies.
Distributed energy systems for highly efficient, resilient and independent energy supplyAs today’s energy systems are becoming increasingly decentralized, diverse and dynamic, more and more energy is being generated and consumed locally in distributed energy systems (DES) and microgrids, which complement the conventional centralized energy supply system.
Professional consulting and planning for distributed energy systems
DES and microgrids can be operated autonomously or in islanded mode, but also in connection to a larger grid. In this way, well-designed DES can make a valuable contribution towards smarter and more resilient grids with a higher share of renewable sources. An optimal DES design is based on an integrated planning approach and considers all affected stakeholders, technical feasibility and efficiency, and also displays a well-thought through investment strategy. As an experienced partner, Siemens PTI is able to support you in choosing the right concept, components and design for your DES in order to ensure a profitable business case.
Highlighted cases for distributed energy systems
Additional services that might be of interest to you
Besides the topics that have been highlighted above, Siemens PTI can provide expert consultancy for many other tasks in the planning of reliable and distributed power systems.