Advanced Control and Simulation for Industrial Energy System

Advanced Control and Simulation for Industrial Energy System toiteallikaks on Base sistemas y suministros

Base Sistemas toetab tööstuse digitaalset ümberkujundamist täiustatud automaatika- ja energiahalduslahenduste kaudu. Projekteerime ja integreerime DCS-, PLC- ja SCADA süsteeme, tööstusvõrke ja elektripaneele, et võimaldada reaalajas jälgimist ja protsesside optimeerimist. Meie kogemused hõlmavad vesiniku-, tuule-, päikese- ja energia salvestamist integreerivaid mikrovõrguprojekte ning teadus- ja arendustegevuse algatusi, mis keskenduvad CO₂ kogumisele, tõhususele ja dekarboniseerimisele.

Avasta Base sistemas y suministros

Miks Advanced Control & Simulation for Industrial Energy Systems?

Base Sistemas provides end-to-end integration for complex industrial and energy projects. We bridge the gap between process design and operation by combining SIMATIC PCS 7/PCS neo with high-fidelity simulation via SIMIT and gPROMS. Our offering ensures maximum efficiency, OT-native Cybersecurity, and advanced energy management through SICAM Microgrid controllers, reducing technical risks and accelerating Time-to-Market.

Eelised

Risk Mitigation via Virtual Commissioning:
We detect 100% of logic errors in a virtual environment before construction. This eliminates uncertainty in novel technologies and reduces real on-site testing hours by 35-45%, significantly accelerating Time-to-Market.
Operational Continuity & Availability:
We guarantee operational availability exceeding 98% through redundant S7-410H controllers and SIMATIC CFU decentralized periphery. We facilitate proactive maintenance through advanced digital predictive diagnostics.
Energy Efficiency & OPEX Optimization:
Our advanced control strategies adjust setpoints in real-time based on process kinetics. This maximizes performance and carbon capture efficiency while minimizing fuel or energy consumption, optimizing the plant's economic balance.
Resilient Energy Independence:
SICAM-based microgrids enable safe transitions to island mode during external grid failures. It secures the supply for critical loads, manages the generation-demand balance, and maintains voltage and frequency stability.
Secure Remote Engineering:
Utilizing web-based environments like PCS neo, we provide remote support and continuous optimization without travel. Personnel can be trained on high-fidelity simulators identical to the real plant, ensuring a learning curve without physical risks.

Soovitatavad Võimalused

DCS Integration (PCS 7 & PCS neo)

Design and deployment of advanced distributed control systems. We specialize in transitioning from classic architectures to web-native environments, ensuring collaborative engineering and secure remote access for mission-critical industrial plants

High-Fidelity Simulation (SIMIT & gPROMS)

Development of ultra-high-fidelity Digital Twins integrating rigorous chemical kinetics with dynamic signal simulation. This enables Virtual Commissioning to validate control logic and safety interlocks before the physical plant exists.

Industrial OT Cybersecurity

Implementation of defense-in-depth architectures based on IEC 62443 standards. We utilize SCALANCE and SINEMA Remote Connect for network segmentation, perimeter firewalls, and highly secure VPN-based remote access.

Microgrid Control (SICAM)

Integration of Microgrid Controllers (MGC) to coordinate distributed energy resources (DER). We manage advanced operating modes (grid-connected or island) and safe transitions, ensuring electrical stability and energy efficiency

Module Type Package (MTP)

Development of modular control solutions under the MTP standard to ensure "plug-and-play" integration. This enables global scalability and the export of technology to any industrial plant with standard control architectures.

Case Study

V-CaL: Digitalization of Carbon Capture

Pioneering implementation of vacuum-assisted Calcium Looping for CO2 capture in ceramic melting furnaces. Uses a Digital Twin (gPROMS+SIMIT) and PCS neo to reduce commissioning time by 40%.

Base Sistemas & V-CaL Project

Reaalse Maailma Rakendused

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