Experts in renewable energy integration with a friendly approach and unique technological solutions.
At Ingelectus, we develop advanced control solutions and provide specialised modelling and simulation services for the integration of renewable energy plants.
InPWR Control Suite offers tailor-made products for the control of renewable, storage or hybrid plants to meet the most demanding connection and operation requirements.
Our grid code compliance team has over 12 years of experience in modelling and simulating renewable installations to assess grid code connection requirements using PSS/E, DIgSILENT, PSCAD and EMTP industrial software.
We support the grid connection of renewable plants by offering expert advice and control products for grid code compliance.
Confían en nosotros
- Desarrollado 100% "in house"
- Servicio de asesoramiento antes y después de la puesta en servicio
- Con las certificaciones más exigentes del mercado
- Compatible con cualquier marca o modelo de inversores
They trust us
What can we do for you?
SOLUTIONS
Centralised control
Renewable energy generation plants, whether photovoltaic, wind, storage or hybrid, require much more than just production: they need coordination, reliability, regulatory compliance and efficiency. At Ingelectus, we provide intelligent controllers and analysis tools that adapt to the specific regulations and requirements of each country, customer and project.
Below we present our InPWR Control Suite solutions:
InPPC – POWER PLANT CONTROLLER
The standard in control for single-technology renewable plants
Certified, versatile, and robust.
SPECIFIC CAPABILITIES
- Real-time active power control: curtailment, ramp response, power reserve.
- Primary frequency response.
- Real-time reactive power control: voltage control (V, QV), reactive power and power factor control.
- Power oscillation damping (POD) control.
- Coordination of reactive power compensation elements: capacitor banks, STATCOM, and OLTC.
- Automatic power reduction system (SRAP equivalent)
INFRASTRUCTURE AND COMPATIBILITY
- Compatible with all standard industrial protocols: MODBUS, DNP3, OPC-UA, IEC 60870-5-104, IEC 60870-5-101.
- Integration with any type of photovoltaic inverter and/or BESS converter.
- Redundant architecture (high availability in HW/SW).
- Advanced web interface for monitoring and downloading results.
- Open source technology: no third-party licenses required.
CERTIFICATIONS AND VALIDATION
- Certified in accordance with Spanish electrical system connection regulations: NTS SEPE 2.1 (mainland) and SENP 1.1 (islands).
- Functional certification for capacitor bank control.
- Dynamic models in DIgSILENT and PSS/E software certified in accordance with NTS.
TESTING AND COMMISSIONING
- Own HIL emulation area.
- Real-time simulation with a model-based plant representation.
- Minimizes commissioning times.
- Reduction of field testing and unnecessary power movements.
Casos de uso
- Control de plantas renovables
- Cumplimiento del código red
- Optimización de operación y mantenimiento
InMPPC – MASTER CONTROLLER FOR HYBRID RENEWABLE PLANTS
Total hybrid control. Energy prioritization. High availability.
Ingelectus’ InMPPC allows centralized control of all sources in a hybrid renewable plant: photovoltaic, wind, and/or storage. It is capable of acting directly on inverters, wind turbines, and BESS converters, or on their local controllers.
SPECIFIC CAPABILITIES
- Hierarchical and coordinated control.
- Energy prioritization (e.g., solar versus wind).
- Embedded EMS functionalities.
- Ramp control and dynamic loss management.
- Hybridization control (PV, WTG, BESS).
- Incident system and web visualization.
- Local Control Station (autonomous operation in emergencies).
ARCHITECTURE AND ROBUSTNESS
- Open source technology: no proprietary licenses.
- Hardware and software in redundant configuration.
- Customizable web interface.
HIL VALIDATION
- In-house development with convergence < 20 ms.
- Complete event emulation: voltage dips, delayed response, equipment disconnection/connection.
INTERNATIONAL EXPERIENCE
- Chile: 120 MW PV + 90 MW BESS.
- USA and Canada: 650 MW wind power.
- Mexico and Spain: 125 MW mixed.
Casos de uso
- Hibridación de plantas existentes para optimizar la energía anual
- Almacenamiento energético para sacar el máximo rendimiento
- Coordinación de tecnologías para el servicio de la red
InSRAP – AUTOMATIC POWER REDUCTION
Avoids penalties and ensures compliance without manual intervention.
Automatic active power reduction system integrated into InPPC to comply with the limits defined by the grid operator at the Point of Interconnection (POI).
Casos de uso
- Adaptación de plantas sin comunicación con REE para participar en SRAP
- Inclusión de planta existente en el SRAP
- Participación en mecanismos de flexibilidad (PO 3.2 SRAP)
InEMS – ENERGY MANAGEMENT SYSTEM
Energy management system for hybrid plants.
Enables comprehensive monitoring, real-time analysis and optimisation of operating strategies.
FEATURES
- Real-time energy balance.
- Battery charge/discharge status control.
- Operating dashboard.
- Automatic reporting.
FAQs
Frequently asked questions about our centralised control solutions for renewable energy plants
Is the Ingelectus system scalable for future plant expansions?
Yes. It can be expanded modularly according to your needs.
Can InPWR be integrated with any SCADA system?
Yes, thanks to the multiple standard protocols supported.
What after-sales support does Ingelectus offer?
Direct technical support from experienced engineers on every project.
Can I upgrade an old PPC to InPPC without changing the entire infrastructure?
Yes. Fully compatible with legacy systems, even in multi-vendor environments.
What advantages does the HIL system offer me?
Reduce field testing, avoid errors, and improve commissioning by up to 50%.
Is InPWR customisable?
Yes. We can include specific features upon request.
How robust is the system against cyber attacks?
The Ingelectus controller ecosystem is designed according to industrial cybersecurity criteria. Being based on open source technology, it allows for complete code audits and the customization of protection measures. In addition, it can be integrated with external monitoring systems, implement encrypted communication protocols (such as TLS/SSL over OPC-UA), establish network segmentation, and apply access whitelists to prevent intrusions. The redundant architecture also ensures continuity in the event of failures or vulnerabilities.
¿De qué certificaciones dispone InPWR?
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¿El sistema de Ingelectus es escalable para futuras ampliaciones de planta?
Sí. Puede crecer modularmente en función de las necesidades.
¿InPWR se puede integrar con cualquier sistema SCADA?
Sí, gracias a los múltiples protocolos estándar admitidos.
¿InPWR incluye el HW?
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¿InPWR se puede integrar con cualquier inversor central o string?
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¿Qué soporte postventa ofrece Ingelectus?
Acompañamiento técnico directo de ingenieros con experiencia en cada proyecto.
¿Ingelectus proporciona los modelos dinámicos de simulación del PPC?
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¿Puedo actualizar un PPC antiguo a InPPC sin cambiar toda la infraestructura?
Sí. Se adapta a sistemas preexistentes, incluso con múltiples fabricantes.
¿Qué ventajas me aporta el sistema HIL?
Reduce pruebas de campo, evita errores y mejora la puesta en marcha hasta en un 50%.
¿InPWR es personalizable?
Sí. Podemos incluir funcionalidades específicas bajo demanda.
¿Dónde puedo descargar el brochure o información técnica de InPWR?
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¿Cómo de robusto es el sistema frente a ciberataques?
El ecosistema de controladores de Ingelectus está diseñado bajo criterios de ciberseguridad industrial. Al estar basado en tecnología open source, permite auditorías completas del código y la personalización de medidas de protección. Además, puede integrarse con sistemas de monitorización externos, implementar protocolos cifrados de comunicación (como TLS/SSL sobre OPC-UA), establecer segmentaciones de red y aplicar listas blancas de acceso para prevenir intrusiones. La arquitectura redundante también garantiza continuidad ante fallos o vulnerabilidades.
¿Es Ingelectus una empresa certificada o acreditada para la NTS?
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¿En qué softwares ofrecemos estudios y consultoría?
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¿En qué países puede Ingelectus realizar estudios y modelado?
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Do you have any other questions? Please do not hesitate to request information:
NETWORK CODE COMPLIANCE SERVICES
What can we do for you?
Grid Integration Studies
STATIC STUDIES
- Load flow.
- Short circuit.
- Contingency analysis.
- Reactive power capacity.
- Harmonic analysis
- Flicker analysis.
DYNAMIC STUDIES
- Frequency response.
- Active power controls: curtailment, ramps.
- Dynamic reactive power controls: reactive power, power factor and voltage.
- Response to voltage dips.
- Transient stability.
- Power oscillation damping (POD).
- Inertia emulation.
- Validation of PO9 dynamic models.
REGULATIONS AND CERTIFICATION
- Specialists in compliance with Spanish regulations: NTS, PO 12.2 and PO 9.
- Development of power electronics equipment models suitable for certification of any network code.
- Simulation in DIgSILENT and PSS/E.
- Validation of inverters, PPC, wind turbines, BESS.
SPECIALISED SERVICES
- Incident analysis.
- Modelling of isolated networks.
- Projects with emerging technologies (H2).
- Direct technical advice with the transmission system operator (TSO) and distribution system operator (DSO).
Modelling
Ingelectus’ performance is based on its extensive knowledge of electrical power systems and power electronics. This allows the company to develop detailed models of electrical networks, plants and equipment in various industrial simulation software programmes. We work with both user models and library models (we have extensive knowledge of generic WECC models). In addition, we prepare models to streamline the certification of plants or equipment.
What can we do for you?
MODELLING OF GENERATION PLANTS
- Wind.
- Photovoltaic.
- Storage.
- Hybridisation.
- H2 generation.
- Pumped storage.
MODELLING OF EQUIPMENT
- Photovoltaic inverters.
- BESS, GFL and GFM converters.
- STATCOM converters.
- Wind turbines, DFIG or full converter.
- Plant controllers, inPPC and inMPC.
MODELLING OF ELECTRICAL NETWORKS
- Microgrids.
- Isolated systems.
- High, medium and low voltage networks.
OTHER AREAS OF WORK
R&D&I
At Ingelectus, we research and develop advanced control solutions to ensure the stability of the electricity system, working alongside the main national and European operators.
Enigma Project – Electric Grid AI
In collaboration with Red Eléctrica de España (REE), we develop algorithms based on reinforcement learning (RL) to improve decision-making in the operation of the electricity system, anticipating incidents and ensuring its stability.COCOON Project – Cybersecurity in electrical networks
European research project focused on the cyber protection of the electrical system at all levels (generation, transmission and distribution). We explore new methodologies to prevent and mitigate attacks on critical infrastructure.IN-AGS Project – Advanced Grid Support
The IN-AGS project is an R&D initiative focused on the design, implementation and validation of advanced network support functionalities integrated into our Master PPC (Master Power Plant Controller) centralised control system for hybrid renewable energy plants with storage.CONTACT
Are you looking for maximum control over your renewable plant?
Discover how our solutions can optimise your operation and ensure technical compliance.