by Sensix Team
almost 3 years agoSensix world couldn’t go forward without a sensor measuring basic electric parameters like voltage, current, energy, power, and power factor. So, we made one. World, please meet Sensix Energy Sensor One.
Remote energy tracking market is constantly and rapidly growing, therefore we grow with it, along with our clients, of which some specifically asked us to come up with a plan to affordably monitor each individual circuit from the distribution board. Their wish was our command. Current solutions are ranging from 70 to 120 EUR per circuit and we are working to decrease that to 37 EUR in the mass-production phase. However, there is a catch, since we are selling our devices as part of the complete Sensix solution, our clients will only pay the manufacturing cost. The only cost for them will be the annual subscription service. More than affordable, right?
Any factory, warehouse, and building could be friends with Sensix Energy Sensor One. Actually, friends with benefits, as it has the following advantages:
Sensix Energy Sensor One and the others Sensix solutions/devices complement each other, as our Sensix Energy Concentrator, which is ”the master”, can connect to up to 250 Sensix Energy Sensors, communicating over RS485 electric standard with Modbus RTU. It has the built-in LoRa transceiver, and this is the only one capable of transmitting the data collected from the sensors. On top of each other, Sensix platform is the place to visualize real-time data and reports from these sensors, and many other devices (including Sensix Ambient).
The insights it offers, real-time granular usage of electric energy consumers, helps long term investments in building thermal resilience and help maintain more efficiently the existing equipment or find out which to replace. For example, a technician could quickly diagnose equipment in different running states to make sure it still works as per specs or if there could be an issue that can be addressed right away. If you had any issues, you’d want to know, and this applies also to your factory, warehouse, and any building, actually.
We are happy we’re here, in the prototype stage, and Sensix Energy Sensor One is alive and kicking, and we are looking forward to launching both the Single-phase (One), and Three-phase (Three), versions together after we successfully test them in the lab and in the field for two early adopter customers. This couldn’t be possible without the funds provided by Climate-KIC accelerator, of which we told you about right here.
That’s all for now, we’ll be back with more good news, so stay tuned.
In an era where climate change and environmental sustainability are at the forefront of global concerns, the need for energy-efficient buildings has become more pressing. Buildings are responsible for a significant portion of global energy consumption and carbon emissions, making them a key focus for energy conservation efforts. To enter the era of smart buildings, where cutting-edge technologies, sensors, and artificial intelligence (AI) are transforming the way we think about energy efficiency, here are some of our thoughts.
Read moreWeather is a major factor that affects energy consumption by determining specific patterns. In particular, temperature, humidity, precipitation, and wind speed all have a significant impact on how much energy we use. Several studies have explored the link between various weather conditions and energy use.
Read morePlastic Free July is a global initiative aims to gather as many people as possible to be part of the solution to plastic pollution. Everything so we can have cleaner air, water, forests, etc.
Read more