Energy Service Providers

Peak load reduction, voltage regulation, §14a EnWG compliance, with autonomous, closed-loop control. It doesn't replace your existing systems; it enhances them with a battery-native intelligence layer.

Grid challenges that Oryx EMS answers immediately

From §14a compliance to Redispatch 2.0 — SOC/SOH-aware control, closed-loop.

In 2024

§14a EnWG entered into force

From 2024, DSOs are required to operate an audit-ready execution layer over energy storage assets, something ADMS cannot provide on its own.

§14a EnWG, Bundesnetzagentur

German DSO regulation

ADMS sees the grid, but it doesn't see BESS SOC/SOH data. Oryx EMS fills that layer: closed-loop, within seconds of receiving the ADMS signal.

Dispatch Situation Situation

DSO Grid Stress Event

5-10

years of deferred infrastructure investment

90-day

PoC with measurable ROI from the first pilot

When PV back-feed causes overvoltage, Oryx EMS injects reactive power through the inverter, autonomously, without operator intervention.

Real-Time Closed-Loop Control

Voltage Regulation in PV-Heavy LV Networks

Upon receiving an ADMS command, Oryx EMS translates it into a device command within seconds, confirms execution, and logs it to the audit trail. No manual intervention required.

Automated Dispatch

Autonomous Grid Flexibility Execution

~€0.5-5M

value of avoided grid development

In 2024

§14a EnWG entered into force

From 2024, DSOs are required to operate an audit-ready execution layer over energy storage assets, something ADMS cannot provide on its own.

§14a EnWG, Bundesnetzagentur

German DSO regulation

ADMS sees the grid, but it doesn't see BESS SOC/SOH data. Oryx EMS fills that layer: closed-loop, within seconds of receiving the ADMS signal.

Dispatch Situation Situation

DSO Grid Stress Event

5-10

years of deferred infrastructure investment

90-day

PoC with measurable ROI from the first pilot

When PV back-feed causes overvoltage, Oryx EMS injects reactive power through the inverter, autonomously, without operator intervention.

Real-Time Closed-Loop Control

Voltage Regulation in PV-Heavy LV Networks

Upon receiving an ADMS command, Oryx EMS translates it into a device command within seconds, confirms execution, and logs it to the audit trail. No manual intervention required.

Automated Dispatch

Autonomous Grid Flexibility Execution

~€0.5-5M

value of avoided grid development

In 2024

§14a EnWG entered into force

From 2024, DSOs are required to operate an audit-ready execution layer over energy storage assets, something ADMS cannot provide on its own.

§14a EnWG, Bundesnetzagentur

German DSO regulation

90-day

PoC with measurable ROI from the first pilot

When PV back-feed causes overvoltage, Oryx EMS injects reactive power through the inverter, autonomously, without operator intervention.

Real-Time Closed-Loop Control

Voltage Regulation in PV-Heavy LV Networks

ADMS sees the grid, but it doesn't see BESS SOC/SOH data. Oryx EMS fills that layer: closed-loop, within seconds of receiving the ADMS signal.

Dispatch Situation Situation

DSO Grid Stress Event

5-10

years of deferred infrastructure investment

Upon receiving an ADMS command, Oryx EMS translates it into a device command within seconds, confirms execution, and logs it to the audit trail. No manual intervention required.

Automated Dispatch

Autonomous Grid Flexibility Execution

~€0.5-5M

value of avoided grid development

DSO-grade protocols, vendor-independent

Oryx EMS natively supports the industry-specific communication standards used in distribution networks: IEC 61850, IEC 101/104, Modbus TCP/RTU, OPC UA, OCPP. It connects to any energy storage unit, inverter, or smart meter, regardless of manufacturer or technology. No vendor lock-in. No custom connector development.

Integrations

Fleet-Level Visibility. Dispatch-Ready Portfolio.

Oryx EMS aggregates real-time SOC, SOH, and availability data from all BESS devices into a single view. Fleet status and available flexible capacity are accessible to upstream systems (VPP, ADMS, DERMS) via a standardized API. The DSO sees and controls every storage asset in its distribution network from one interface.

Features

Oryx Edge or Oryx Enterprise

Oryx EMS is available in two deployment modes. It can run on local hardware, in the cloud, or a combination of both, making it equally at home in critical infrastructure and multi-site networks.

Comparison

DSO-specific implementation support

Our technical team works alongside you at every stage of the project to ensure integration fits smoothly into your existing SCADA/ADMS infrastructure.

Grid Use Case Mapping

We assess your existing BESS assets, network load profile, and upstream systems, then identify which use cases deliver immediate, measurable value.

Grid Use Case Mapping

We assess your existing BESS assets, network load profile, and upstream systems, then identify which use cases deliver immediate, measurable value.

SCADA / ADMS Integration Design

We integrate Oryx EMS into your existing Siemens, GE, Schneider, or other ADMS infrastructure — via IEC 61850, IEC 101/104, and OPC UA protocols.

SCADA / ADMS Integration Design

We integrate Oryx EMS into your existing Siemens, GE, Schneider, or other ADMS infrastructure — via IEC 61850, IEC 101/104, and OPC UA protocols.

Pilot Operations & ROI Measurement

A 90-day PoC: 1 BESS asset, a measurement protocol, and a performance report for decision-makers. No SCADA replacement required.

Pilot Operations & ROI Measurement

A 90-day PoC: 1 BESS asset, a measurement protocol, and a performance report for decision-makers. No SCADA replacement required.

Scaling & Fleet Expansion

After the PoC, we scale to fleet level: more BESS assets, more sites, Oryx Cloud aggregation, and VPP integration.

Scaling & Fleet Expansion

After the PoC, we scale to fleet level: more BESS assets, more sites, Oryx Cloud aggregation, and VPP integration.

Innovation in every detail

Our modern solutions and intelligent algorithms deliver a genuine competitive advantage in energy efficiency.

Free Consultation