Comprehensive solutions for an independent and sustainable energy supply are at the core of SENEC’s business. Based in Leipzig, the company has been developing solar installations, electricity storage systems and cloud solutions since 2009 to help its customers achieve a self-sufficient energy supply. As a wholly-owned subsidiary of EnBW, SENEC is currently one of the top three providers in the German market for home storage systems for solar installations – having sold more than 140,000 systems and with a network of over 1,200 specialist partners.
At iteratec, we have been supporting SENEC since 2022 in delivering an excellent and seamless customer experience. This includes, for example, developing portals for customers and specialist partners, as well as providing a state-of-the-art software architecture capable of meeting the growing challenges posed by products and corporate structures.
Among other things, we’ve launched our new product, the Home4. That was, of course, a very intense phase, which required a great deal of determination and creative solutions in the final stretch.
That’s an interesting question, because before I joined SENEC, I was a customer myself. Now, what strikes me most is just how strongly, how quickly and in what a dynamic market environment SENEC has grown. For us internally, this means that, on the one hand, many processes still need to be consolidated. On the other hand, by coming up with creative solutions, we’re also able to make an impact more quickly.
We operate in a rapidly expanding market. In such environments, market players regularly disappear. Precisely because we’re also competing with rivals from the Asian market, we must continue to remain competitive on price. This creates cost pressure; at the same time, we want to remain innovation leaders and offer features that only we can deliver. This includes, for example, our specialist partner portal. This makes installation easier for our specialist partners. With EnBW as our parent company, we can also put together unique packages, such as an exclusive electricity tariff for energy storage systems. Essentially, we want to capitalise on our home advantage in particular.
Well, it doesn’t make much sense to design a storage solution to be particularly ‘playful’. After all, configuring a wallbox isn’t something you ‘enjoy’. The key is that the systems are easy to use and simply work. A good experience is all about a high degree of automation and reliability, so that the customer doesn’t have to worry about it.
This is only possible with a clean product architecture. Some products are subject to strict legal standards that we must comply with. That’s a good thing. It also forces us to work very agilely, so that we can implement changes quickly and keep time-to-market short.
We want to play our part in the energy transition, and energy storage is a key factor in this. It enables us to decouple electricity generation from consumption over time. In other words, when electricity is expensive, customers can simply use their own stored electricity. I’m particularly keen to see the further development of a decentralised energy system, so that private households can generate and store more and more electricity. At the moment, for example, we supply the surplus electricity produced during the day to Switzerland, which then sells it back to us at night as green electricity.
Artificial intelligence will be a game-changer for the entire energy transition, for example when it comes to forecasting electricity generation, optimising the charging and discharging of storage systems, and in combination with dynamic electricity tariffs traded on the exchange. There are a great many use cases. Even without AI, we can still achieve a great deal with our technology – specifically in terms of shorter product development cycles, improved production, and more affordable and even more customer-friendly products.
For example, we have functions for our devices that we call ‘peak shaving’. These are designed to balance out peaks in electricity demand in order to achieve as consistent an energy demand as possible throughout the day. This can be combined with AI-based usage prediction to charge storage systems more intelligently. The storage system can thus prepare in advance for future loads and store energy accordingly. This energy can then be used, for example, to charge an electric vehicle when it is clear that solar energy will not be sufficient later on.
Definitely.
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Markus Linder has been responsible for SENEC’s technical division as CTO since March 2023. A graduate in electrical and industrial engineering, he has many years’ experience in strategy development in an international context. After five years as a systems engineer in the aviation sector and more than three years as a project leader in strategy consultancy , Markus Linder moved into the electrical industry at the end of 2011. The key areas of his work as Senior Vice- -President of Digital Appliance at BSH Hausgeräte GmbH included, amongst other things, the launch of smart home appliances, the development of the associated system architecture and the introduction of agile methodologies. |
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Do you have any questions about our services in the energy sector?Our Director of Energy & Utilities, Dr Heiko Wilhelm, will be happy to advise you on our digital solutions. |