N a groundbreaking achievement for Pakistan`s energy sector, Orient Energy Systems (OES) has successfully deployed the region`s first fully autonomous hybrid power plant at Yunus Textile Mills (YTM) in Nooriabad. This state-of-the-art project not only integrates solar, wind, and battery energy storage, but also features a centralised Microgrid Control System (MGCS), positioning OES as a leader in intelligent power management.

With over 30 years of experience in the power generation industry, the OES has long been at the forefront of energy innovation. The YTM project marks a significant milestone in the company`s portfolio, combining advanced technology and engineering expertise to deliver a plant that entirely operates without manual intervention.

A game-changer in power management At the heart of this project lies OES`s custom-built Microgrid Control System, a centralised platform designed to manage multiple energy sources simultaneously.

From solar panels mounted on two-axis trackers for optimal energy yield to wind turbines operating in a capacitive environment a regional first OES has demonstrated its ability to challenge conventional power plant designs. OES Microgrid Control System allows realtime decision-making, ensuring that the plant always operates at peak efficiency using the most economical and sustainable energy sources.

Innovation meets efficiency The plant incorporates Static VAR Generators (SVGs) for reactive power control, energy storage systems, and cutting-edge algorithms that automate loadshedding and energy source selection.

These features collectively allow the system to handle the unpredictable nature of renewable energy, stabilising output and minimising reliance on fossil fuels and dra-matic reduction in grid dependency.

YTM`s Unit 6 is soon expected to introduce Supercapacitor technology, enhancing fast-response energy storage capabilities and further cementing OES`s leadership in hybrid microgrid solutions.

OES microgrid: the technology powering the future While the successful deployment at Yunus Textile Mills (YTM) marks a major milestone, the real story lies in the advanced engineering behind our MGCS a technology setting new standards.

Unlike traditional setups that rely on manual operation or patchwork systems, OES Microgrid offers centralised, automated control capable of managing complex energy flows in real-time. From fuel-saving strategies to renewable energy prioritisation, the system is built for efficiency and resilience.

Unique features that give OES a competitive edge Genset Minimum Loading cuts unnecessary fuel consumption.

Grid Export Limiting ensures regulatory compliance at all times.

Renewable Prioritisation intelligently selects solar or wind as the primary source, saving costs and reducing emissions.

VSG Mode simulates grid inertia via battery storage, providing stability.

SOC Management extends battery life through optimised charge-discharge cycles.

Contingency Logic safeguards against outages by triggering automatic responses during power disruptions.

With these features, the system autonomously decides: When to switch energy sources.

When to shed or restore load.How to manage stored energy based on demand and real-time costs.

Why are industries choosing OES? While many integrators assemble premade components hoping for seamless operation, OES takes a fundamentally different approach. Each project begins with detailed analysis and modeling, leading to a fully engineered solution that ensures long-term performance and reliability.

P oven capabilities include: Successful wind turbine deployment in capacitive environments.Custom-engineered moveable solar structures.

SVG integration aligned with live kVA R demands.

Fully autonomous hybrid microgrid control deployment.

Every solution is backed by rigorous engineering, simulations, and real-world validation.

Leading the shift to smarter energy In an era where complexity can paralyse operations, OES offers clarity and control.

Through intelligent automation and precise engineering, OES turns energy challenges into strategic advantages. With landmark projects like YTM, OES isn`t just respond-ing to today`s energy needs it`s shaping the future of industrial power management in Pakistan and beyond.

A model for sustainable industry This deployment arrives at a critical time, as industries worldwide face rising energy costs and stricter environmental regulations. The project underscores the role of modern microgrids in achieving operational resilience, cost savings, and reduced carbon emissions.

With the YTM project, OES has not only delivered a fully autonomous hybrid power plant, but also set a new standard for sustainable industrial energy solutions in Pakistan and beyond. •