From Knowledge to Application
EA Systems Dresden GmbH
Extensive research and pilot applications lead to new products: OPoS, the Optimal Power Scheduler, and EnergieWatchdog. At the same time, agentic AI is changing our work, from analyzing plans, programming, and creating models to everyday tasks. We develop AI skills, workflows, and sandboxes for our industry, for example in eeCheck, DigiTwinPlan and contract research for industry. AI experiments become useful engineering applications.
Our portfolio of simulation libraries and associated tools is growing, including the BlueEnergy Simulation Library, Indoor Air Control, District Heating Grids, and H₂. Individual tools and solutions develop into a product portfolio for rapid development cycles. Technical monitoring is also growing strongly as a business area in its own right. Work that began long ago with Bayesian methods, neural networks, and other machine learning methods reaches a new stage with large language models.
Our team grows by one or two new colleagues each year. We also work on digital twins and virtual experiments, including for Wolf Energetik's Feredox process. We take on more industrial projects involving process heat recovery. Our charging station platform is evolving too: it controls the Elektrant SMART-ID alongside railway tracks.
Use it or lose it. Alongside incremental improvements to our tools, we tackle exciting new challenges such as integrating machine learning and standardized exchange formats like BIM into our simulation and monitoring platforms.
EasyCharge2 components are used in a growing number of charging infrastructure systems.
From one day to the next, everyone works from home. Preparation and an agile team enable us to continue our clients' projects without delays.
From the central heating plant, the next step is the local and district heating network. The Heating Grid Library introduces a new tool for heating and cooling networks. The MATCHUP project launches in Dresden.
At the end of 2019, we have the opportunity to present our simulation technologies at the Smart City Expo World Congress 2019 in Barcelona.
The first AarteLink installations in Germany begin operating in the Kirnitzsch Valley and Schmilka, monitoring rock movements in the Elbe Sandstone Mountains.
Alongside the web monitor for the new AarteLink geohazard warning system, EASD develops the new Phokus IoT management platform for Photon AG, a long-standing client.
The Green Building Library takes a major evolutionary step and becomes the Green City Library.
EASD grows and is active in the Energy Saxony cluster and the CLEANTECH Initiative Ostdeutschland.
A growing number of demonstration projects bring electromobility to more locations. EASD supports various pilot projects with simulation technology and software. Charging controlled by renewable energy availability, a flexible user interface, detailed measurement of charging processes and their effects on the grid: the new easyCharge 2 platform makes it possible.
As a partner of Switzerland's Aartesys AG, EASD develops the web monitor for the new AarteLink geohazard warning system.
EASD focuses on developing the latest simulation technology, consulting services, and software for energy monitoring and electromobility for industrial and municipal clients.
For the first time, district energy concepts in Lohmen and Oberhof are developed using validated performance indicators from simulation studies.
Under the Green Building Library brand, the new energy system simulation technology becomes available worldwide through our partner ESI ITI GmbH.
The concept for the energy retrofit of the Dresden Gorbitz district, built in the 1980s, receives a gold medal from the Federal Ministry of Building and Urban Development in a nationwide competition.
Development of core technologies for electromobility, building energy management, and energy system simulation in the overarching Residence and Mobility project, together with Torsten Schwan and TU Dresden.
Extensive development work enables several building-integrated wind turbines to be built and successfully commissioned.
Completion of the reference house in Bad Saarow with a CO₂ heat pump, long-term thermal storage, a large PV system, and electric vehicle charging facilities. René Unger takes on responsibility for developing suitable energy management and monitoring systems within the company.
Dr. Mikoleit and Dr. Bodo Wolf establish EA EnergieArchitektur GmbH to combine pioneering architecture with modern decentralized energy supply. Subsequent designs include energy-autonomous luxury homes and long-term thermal storage based on transcritical high-temperature CO₂ heat pumps.
The pioneering technology first tested in these demonstrators is further developed at Thermea GmbH into large industrial heat pumps. Under the thermeco name, it is now used in highly efficient industrial air dryers and cooling and heating systems.
