Whether it’s dynamic load management, monitoring or active control of your energy consumption in real time, the integration of renewable energy sources such as photovoltaics or charging infrastructure for electromobility or smart heating and cooling – with TSG Protect you have full control and overview of all your systems at all project locations.
As an expert in modern energy solutions, we support you on the way to your energy-efficient and responsible future.
Actively regulate your energy consumption in real time and reduce your costs.
| Reduction of operating costs through peak load capping | |
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| Lower connection costs, even for new buildings (due to realistic dimensioning of the grid connection) | |
| Increased chance of project realisation due to smaller grid connection and intelligent distribution within your charging infrastructure | |
| Reduce your dependencies on energy service providers in the long term | |
| Regulate your grid connection capacity and thus prevent your network from overloading |
Optimise the availability of your infrastructure and use its savings potential
| Increased uptime through predictive maintenance (permanent monitoring and target/actual comparison) | |
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| Blackout protection can be expanded in combination with emergency stop functionality | |
| Protection and protection against overloading of individual charging station groups due to increased energy consumption | |
| Alarm / notification service in case of anomalies & misconduct | |
| By intelligently controlling and prioritising the power distribution, the time-critical and simultaneous charging problem is solved. This can be adapted to your customer needs at any time. |
Remote access to your charging station infrastructure with TSG Protect. Exploit the full potential of your energy system.
| Remote access is provided either via the configuration interfaces of the charging stations or by installing the software of the respective charging station providers | |
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| Fast response time and availability through efficient error analysis and evaluation | |
| Increased service and system efficiency by reducing on-site service calls | |
| High degree of automation |
