secure, fast, economic and universal communications
reliable, secure and direct internet connection 2G / 4G, independent of the operator; it is not necessary to invest in infrastructure.
the communications network is already available, it is universal and technological evolution is assured.
allow remote control in real time (ONLine): response times <10 sec.
economical and without maintenance; an annual fee is paid.
remote stations (RTU) IoT
robust, economical, easy to install and maintain; allow the gradual and flexible growth of the network.
to grow it is only necessary to install an RTU where it is needed.
they have datalogger function, so the data is insured.
allow remote control in real time (ONLine).
software in the Cloud
economic: large investments are not required, since you can pay for use as a SaaS digital service.
growth: modular form as new functionalities are required.
interoperable: can connect with other third-party systems sharing data and operations.
adapted to your needs: simple mobile applications, accessible and adapted to the operative.
Why IoT communications?
secure and direct internet connection 2G / 4G, independent of the operator
it is not necessary to invest in infrastructure, the communications network is already available, it is universal
it is not necessary to install auxiliary devices such as concentrators and repeaters
there is no start-up of the communication networks.
no need to maintain the network, a small annual fee is paid for each RTU
very immune to electrical storms
if an RTU fails, it does not affect the rest.
the growth is simple, gradual and modular
allow remote control in real time (ONLine) with response times <10 sec
radio connection easily interfering, unsafe
it is necessary to do previous studies of coverage
the reliability depends on the location
it is necessary to invest in the communications network already available, installing auxiliary devices such as concentrators and repeaters that have large solar panels batteries.
installation is more expensive and specialized staff is required
if licensed frequencies are used, an annual fee is paid.
it is necessary to maintain the network
very vulnerable to electrical storms and vandalism
if a concentrator breaks down, an entire area breaks down.
the growth of the network implies new deployments.
they do not allow real-time control, average response times of 5 to 10 minutes.
direct and safe, reliable, easy to install, without the need of specialists and with real-time features (ONLine). If a device falls, only the area of that RTU is affected
radio or mixed communication
They are not direct and are not so secure, their reliability depends on the location, and you need expert staff to install and start it up. If the concentrator falls, the entire area falls, affecting all their RTU.
It allows to approach projects of monitoring and telecontrol in a simple, safe way, and easy to implement in less time and with less investment.
simpler design: focused on the hydraulic sub-system, without the need to have general communications infrastructures, which allows to implement remote control systems from less to more.