EMS portrait for Eniris

Company: Eniris
Company headquarters: Gent, Belgium
Energy management system (EMS): SmartgridOne
Website: https://smartgridone.com/en

General information

Main application	EMS oriented towards industrial purposes
main target group	Detached house Real estate portfolio owners Utility SME/commerce/office Industry
secondary target group	Apartment building up to 10 parties Apartment building from 11 to 50 parties Apartment building more than 50 parties
Utility service	electricity, heating, water, gas
Do Swiss customers belong to your target group?	Yes, they belong to our main target group
Other target groups	distributors

Functions for real estate

Measurements

Multitenancy

Measurements for billing
Visualisation & Monitoring

Monitoring and operational supervision, Incident management

Demonstrating the potential financial savings for end customers

Measurement data processing (Reporting, Data disaggregation, Analysis of energy flows)

PV performance evaluation

Visualizations (building level or apartment level)
Control systems

Self-consumption optimization on junction box

Flexible prioritization of consumers

Control of consumers using dynamic tariffs

Dynamic feed-in regulation

E-mobility dynamic load management

E-mobilty Demand-based charging management (Prioritization)

Active battery management

Weather forecasting

Self-consumption optimization by energy communities

Receiving ripple control signals

Retrieval flexibilities

E-mobility V2H
Services

Direct marketing

VEWA conform billing

ZEV billing

Collection
Certificates

Minergie monitoring

SmartGridready

METAS certification
Additional functions

Virtual power plant function, load forecast

Offer for utilities

Operation

Application in single- & multi-family houses

Portfolio overview

Incident management

Multitenancy

Authorization management
Market needs

Electricity tariffs

E-Mobility billing
Grid needs

Peak shaving

Load shifting

Flexibility aggregation

Ripple control system replacement

E-mobility V2G

Reactive current detection
Further utility services

Multilingual user interface

Specifications

Interfaces to utility systems	In development SAP Individual offer Belvis (Kisters) Robotron Innosolv IS-E No offer Siloveda (Girsberger) Abacus
Commercialisation by utilities	Yes, with white label under certain conditions
Further advantages for utility	- Unterstützung lokaler Märkte (z. B. Onbalanz, aFRR, mFRR) - Schulungs- und Zertifizierungsprogramm für EVU-nahe Partner - Mehrsprachige Benutzeroberfläche (DE, FR, NL, EN)

Compatible Components

	Measurable components	Controllable components
Electricity meter	Standard offer available
Heat meter	Individual offer developable
Water meter	No offer
Gas meter	No offer
Inverter/PV plant	Standard offer available	Standard offer available
Battery storage	Standard offer available	Standard offer available
Heat pump	Standard offer available	Standard offer available
Combined heat and power plant (CHPP)	Individual offer developable	Individual offer developable
Water boiler	Standard offer available	Standard offer available
Other heating systems (Heating rods, fossil fuel heaters, etc.)	Individual offer developable	Individual offer developable
Heat storage	Individual offer developable	Individual offer developable
EV-charging station	Standard offer available	Standard offer available
Other components	Individual offers can be developed for the following devices: - Hybrid inverters (e.g., Kostal, Fronius GEN24, SMA Sunny Boy Storage) - Solar optimizers (e.g., Tigo, SolarEdge) - Smart meter gateways (e.g., Discovergy, EMH) - Ventilation systems / air handling units (AHU) - Refrigeration machines / air conditioning units - Industrial systems with Modbus/RS485 - Digital I/O components (e.g., relays, switch contacts) - Temperature sensors / humidity sensors - Smart plugs / sockets with consumption measurement - Building management systems (BMS) via BACnet or Modbus TCP
Average cost to implement new producers (driver development)	The average cost of driver development is around €500–1,500 per manufacturer or device type. Details: - Simple Modbus driver (RTU/TCP): approx. €500–800 - More complex protocols or proprietary APIs: approx. $1,000–1,500 - Project-dependent: Cost varies depending on documentation, test device, and desired depth of functionality (monitoring only vs. bidirectional control) Prices are indicative and may be adjusted depending on the scope, prioritization, and reusability of the driver. For frequently requested manufacturers, development may also be free of charge if the driver is included in the standard library.

Operating modes Components

Charging station

Solar based charging

Affordable charging

Priority charging

Consideration of load limits

Heat pump

Dynamic setpoint shifts

Forecast-based control

Heating rods

Stepless control

Technical information

Operating elements	Standard offer Application on Windows/Mac Mobile App (App Store/ Google Play Store) Web interface Individual offer Display on device Other operation modes SmartgridX platform access, local configuration via mDNS/web server
Components of the product	Standard offer Control units Software Server/Cloud API Online portal Application Individual offer Sensors
Interfaces to components	Standard offer Ethernet LAN Modbus TCP/IP Modbus RTU MQTT Relay RS-485 S0 input SG-Ready USB WLAN Individual offer BacNet IP KNX LoRaWAN/NB-IoT M-Bus Wireless M-Bus Wired OCPP OPC UA UDP/IP No offer 1-Wire (OneWire) CAN eBus EtherCAT HBUS RS-422 sBus ZigBee (Sensor technology)
Communication interfaces	WLAN, LAN, mobile communications (LTE, 4G, 5G)
Standardized customer interface in accordance with VSE branch directive	Standard offer under development
Interface for reading measured values from intelligent measuring systems	RJ45, Via Dongle/Adapter (Smart Meter Reader), Other (please specify)
Integration of third-party systems to influence hardware	Standard offer available
Control and regulation mechanisms	If-Then Functions, Algorithms (consideration of several factors), AI (self-learning algorithms, etc.), Others
Other control and regulation mechanisms	Priority-based control, time slot logic, grid-friendly control in accordance with Section 14a of the German Energy Industry Act (EnWG), manual interventions via portal/API, hybrid logic
Control of components	Centrally in a control box (local), Centrally in a control box (cloud)

Intervals for data measurement and transmission

Data measurement for control	In real time (up to 5 seconds) Second to minute intervals – depending on connected hardware and communication protocols.
Data measurement for electricity billing	Every 15 minutes
Data measurement for heat billing	Hourly
Data measurement for water billing	Hourly
Data measurement for e-mobility billing	In real time (up to 5 seconds)
Data transmission	In real time (up to 5 minutes) MQTT oder REST-API: eventbasiert, minütlich, oder tagesweise – je nach Anwendung Netzdienliche Steuerung (z. B. PV-Überschuss, Peak Shaving): 5–30 Sekunden-Takt

Installation & Operation

When purchased via utility	Installation by External installer, Specialist partner, utility
When purchsed via EMS provider	Installation by External installer, Specialist partner
When purchased via wholesale	Installation by External installer, Specialist partner, other partners
Other parties	Installation by Building technicians, IT service providers, system integrators, or facility management companies
Duration of installation at the end customer	30 - 60 minutes
Software updates	At least 4 times a year
Software updates - Through EMS provider	Automatic process
Software updates - Through specialist partner	Automatic process
Software updates - Through utilities	Manually via remote access
Warranty	2 years
Lifetime	15 years

Data protection and IT security

Costs

Costs at single-party building level

These are rough estimates. An offer must be requested for exact cost information.

The following use case was assumed for the cost estimate:

1 single-party building with the following existing components (excluding commercial use):

Metering units: 1 electricity meter
1 photovoltaic system (with 1 inverter) with battery storage
1 heat pump (SG-Ready)
1 hot water boiler (relay control)
1 fully equipped charging station (AC charging)

Costs at multi-unit building level

These are rough estimates. An offer must be requested for exact cost information.

The following use case was assumed for the cost estimate:

1 multi-unit building with the following existing components (excluding commercial premises):

Metering units: 20 electricity meters
1 photovoltaic system (with 1 inverter) with battery storage
1 heat pump (SG-Ready)
1 hot water boiler (relay control)
20 parking spaces, 5 of which are fully equipped with charging stations (AC charging)

Functions (fulfilled)

Measure electricity meter

Integration PV system

Battery storage control

Control heat pump

Control water boiler

Dynamic load management

Active battery management

Dynamic feed-in regulation

Self-consumption optimization on junction box

Functions (fulfilled)

Measure electricity meter

Integration PV system

Battery storage control

Control heat pump

Control water boiler

Dynamic feed-in regulation

Dynamic load management

Functions (not fulfilled)

Active battery management

Self-consumption optimization by utilities

ZEV billing (pure data delivery, no collection)

Single-party building
Comment	For systems with a total capacity of less than 30 kW (PV + inverter + heat pump + battery, etc., excluding junction box): Software license costs CHF 46.50 per year or CHF 232 one-time (lifetime)
One-time hardware costs	CHF 495
One-time software costs	CHF 232 If PVA is below 30 kWp: One-time software license fee
Total of one-time costs	CHF 687 Without installation
Installation cost	external installation
Project management costs	Not stated
Annual costs	Not stated

Multi-unit building
Comment	The calculation for use case B can only be made on the basis of the specific performance data (kW/kWh) of the individual components. Without this information, it is not possible to provide a reliable cost estimate.
One-time hardware costs	CHF 9,720
One-time software costs	Not stated
Total of one-time costs	Not stated
Installation cost	external installation
Project management costs	Not stated
Annual costs	Not stated
Deviation/discounts for portfolio with 100 buildings (per building)	A reliable estimate of the total costs is not currently possible, as key performance data (e.g., kW/kWh of the PV system, battery, heat pump, and charging infrastructure) is missing. The one-time costs are highly dependent on the specific design of the components and can only be calculated once this information is available.

Privacy Policy Overview	Eniris' energy management system (SmartgridOne) is solidly positioned in terms of IT security and data protection. It meets the requirements of the GDPR and relies on encrypted data transmission and secure storage on European servers. Access to central control functions is via password-protected portals with role-based authorization management, which clearly separates energy suppliers, installers, and end customers. Local EMS units are protected by hardware locks and automatic updates, while the cloud infrastructure does not allow open ports for incoming connections. The data protection guidelines guarantee that the data remains in the possession of the end customer and is not passed on to third parties outside the distribution chain. Overall, the system is designed to ensure both technical security and organizational control.
Data storage	Cloud - in Europe, outside of Switzerland
Certification of Cloud solution	Not applicable (locally at the customer's site)

Establishment in Switzerland	Yes, but adjustments to the Swiss system have not yet been made
Do you already work together with utilities?	Yes With whom, or how many: Agrola is one of our main partners in the energy supply sector. We are also in contact with other energy suppliers and collaborate with them on specific projects.
Other partners/clients	IWB, SolarMarkt, Alpwolt and others
Number of installations in Switzerland	500
Number of installations in Europe (excl. Switzerland)	25'000
Founding year	2018
Number of FTE	35

EMS portrait for Eniris

General information

Functions for real estate

Measurements

Visualisation & Monitoring

Control systems

Services

Certificates

Additional functions

Offer for utilities

Operation

Market needs

Grid needs

Further utility services

Specifications

In development

Individual offer

No offer

Compatible Components

Operating modes Components

Charging station

Heat pump

Heating rods

Technical information

Standard offer

Individual offer

Other operation modes

Standard offer

Individual offer

Standard offer

Individual offer

No offer

Intervals for data measurement and transmission

Installation & Operation

Data protection and IT security

Costs

Functions (fulfilled)

Functions (fulfilled)

Functions (not fulfilled)

Information about the company