ennexOS: How Does SMA’s Energy Management Platform Work?

More and more companies and private households are discovering energy management to reduce their energy costs, to become more independent from electric utility companies and to secure a sustainable energy supply at the same time. For effective energy management, all energy sectors must be linked and their control optimized. Another important factor is the direct integration into the electricity market. To easily implement this, SMA has developed ennexOS. What is the IoT platform for energy management able to do and how does it work?

Reducing Costs and Protecting the Environment: How Does Energy Management Work?

Energy costs are a serious issue for companies because prices for electricity, oil and gas are continuing to rise. It is therefore becoming increasingly important to use energy efficiently for lighting, machinery, equipment, heating, cooling and air conditioning. This not only saves money but also is good for the environment and the company’s image. The best way to achieve the highest possible energy efficiency within the company is focused energy management.

PV Power Plants: Reducing Investment Costs, Sharing Risk

In the competition with conventional energy carriers, solar power prices are falling dramatically. It is a difficult situation for project developers and investors who install and operate large PV power plants. In tenders and auctions for new power generation capacities, they are awarded contracts only if they guarantee very low prices and high reliability in the supply of electricity. To support them in this, an international team has developed the SMA Profit+ Solution.

Sunny Design Pro: Cross-Sector Energy System Planning

Whether for heating, cooling or running electrical machinery and appliances, a whole range of components are involved in the consumption of energy both in factories and inside your own four walls. The same applies to the generation of energy with heat pumps, CHP plants or a PV system. Other components include battery storage systems, which store energy that can be drawn upon as and when required. Imagine if you could simulate and calculate in advance a complex system of generators and loads from different energy sectors.