Our portal is ac cloud-based solution for monitoring, servicing and managing your systems. Help identify and troubleshoot errors, analyse data centrally to improve performance, manage customers & installations, and supervise your energy projects. Our innovative extensions such as simulator and E-Mobility Backend also offer an ALL-IN_ONE solution for your energy projects.
Our portal offers the following functions, among others:
With our portal energy management is SIMPLE!
Experience a fully comprehensive EMS portal for sector coupling that leaves nothing to be desired!
New Highlights and Functions
Plant flow diagram and flexible component display
Keep an eye on your plant in real time and create a Flexible Plant Overview that shows you all components at a glance.
View your consumption and plant values live and control your plant in real time directly from the portal.
Manage your assets, employees, reports and more across the enterprise with Portal Enterprise Management. Grant gradual access rights and keep everything in view.
Customizable and unlimited configurable energy reports with extensive selection of reporting modules for smart and flexible energy reporting.
Detailed data evaluation and analysis
Evaluation of all relevant data points of all components including status messages and errors.
Extended modules and functions
You always wanted to know what would happen to an existing system if you build a battery storage or a PV system? The simulator has the answer!
The component simulator enables the simulation of automated economic efficiency calculations by adding new components on a real plant.
Highlights and Functions
The simulator simulates and calculates the costs and savings on the basis of a real simulation over the entire designated period (up to one year) and thus determines values that are very close to the real application
Free component definition
Add components like PV and memory to the plant, change the sizes as you like and compare the resulting inheritance to see which size is optimal for the plant
Flexible load profiles via Excel, CSV or from existing plants
Select whether you want to import a load profile as excel file, CSV file, from an existing plant or as predefined standard profile
Simulation of PV systems
Determine the own consumption of PV systems as well as the generation and yield of the existing system. PV-generations can be imported from Excle/CSV files, from existing plants or from standard plants
Simulation of own consumption battery storage
Simulate the behaviour of battery storage systems in conjunction with PV systems to optimise your own consumption and thus see the economic efficiency of the battery storage system in the overall system
Simulation of Peak-Shaving Saving / peak load capping
Determine the optimal peak load capping value, memory performance and memory size as well as the economy of peak-shaving memories using a real simulation. The tool automatically detects from the load profile whether the memory is sufficiently dimensioned for peak load capping
The E-Mobility Backend is the innovative solution for the cross-site management and monitoring of charging infrastructure. Especially in combination with the local charging and energy management controller, the E-Mobility Backend forms a holistic solution for commercial charging infrastructure.
Location overlapping administration in closed user circle
In the E-Mobility Backend, several backends can be assigned to one E-Mobility Aggregator, thus enabling cross-location management of charging cards. You can thus determine different administrators for the maintenance of the E-Mobility Backend for your individual company locations.
Recording and evaluation of all charging processes
All charging processes, including all charging processes authorized via a public CPO backend, are recorded in the E-Mobility backend. A clear analysis and evaluation of all charging processes of the E-Mobility Aggregator takes place in the back end.
Superimposed prioritization of charging stations and charging cards
In combination with the local charging and energy management controller, it is possible to set a superimposed prioritisation for each charging infrastructure. The e-mobility backend allows to define a user prioritisation list and the local controller allows to prioritise charging stations.
This allows you to charge your electric vehicles intelligently, reliably and cost-effective.
The following user prioritisation is available:
A. FAST - Prioritized User
First level to be supplied with charging energy. For instances, fleet vehicles should be charged before employees vehicles.
B. NORMAL - Prioritized User
Second level after FAST - Prioritized Users are supplied with charging energy.
C. SLOW - Prioritized User
Third level after FAST & NORMAL- Prioritized Users are supplied with charging power. For instances, this level can be for electric vehicles which are normally parked for long period of time and therefore can be charged after the highest prioritised vehicles.
D. FLAG - Prioritized User
The FLAG - Prioritisation allows to define bespoke conditions to charge electric vehicles. For instances, a targeted charging of electric vehicles with solar power or based on battery SOC can be achieved.
Connection of a higher-level CPO backend
Through the local proxy server, a simple connection to a higher-level CPO backend is possible, which allows you to flexibly charge customers at the charging infrastructure. This enables you to manage and control public and private charging stations at one location with one system.
Export and filtering of loading processes via CSV for billing
The loading processes are recorded in a list and can be flexibly filtered and exported. This enables further processing in a company accounting program of the customer.