Author: reon

Leading Textile Giant Partners with Reon Energy for a Custom-Engineered 5 MW (2×2.5 MW) Wind Energy Solution at Landhi, Karachi 

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Pakistan’s industrial sector is undergoing a rapid energy transformation. In a move to secure energy independence, a leading textile manufacturer has partnered with Reon Energy to integrate 5 MW of wind power in Landhi industrial zone. This strategic move aims to push the facility’s renewable energy mix to nearly 50%, slashing operational costs by 30–40%. 

The Challenge 

The project site presented a complex engineering puzzle. Located in the dense Landhi Industrial Zone and in proximity to Jinnah International Airport, the project faced strict Civil Aviation Authority (CAA) regulations capping structures under 90 meters. 

Combined with expensive, limited land availability, deploying standard large-scale modern turbines was impossible. The site required a solution capable of meeting a peak load of 25–26 MW without violating the vertical ceiling or disrupting existing infrastructure. 

The Solution

A Custom Engineered Intelligent Hybrid Approach: Reon responded with a bespoke “Circular Economy” strategy. Rather than using off-the-shelf models, Reon sourced two high-performance 2.5 MW turbines, which will be disassembled, re-engineered, and geometrically optimized to comply with the strict height restrictions without sacrificing output.

Orchestration via SPARK™ Hardware is only half the equation. To stabilize the grid, the wind assets will be controlled by Reon’s intelligent energy management platform, SPARK™. This system acts as the facility’s “brain,” seamlessly integrating three power sources: 

  • Daytime: Solar, wind, and storage provide the bulk of green energy, with gas running at optimized base loads. 
  • Nighttime: Wind and gas take the lead. 
  • Real-Time: The intelligent controller manages micro-fluctuations to ensure frequency stability, protecting sensitive textile machinery. 

The Impact:

This hybrid ecosystem is designed to do more than just generate power; it is built to stabilize the business case for the textile brand. Key expected outcomes include: 

  • Genset Optimization: Gas turbines run at their most efficient heat rates, reducing fuel consumption.
  • Frequency Stability: The system mitigates short-term voltage dips and load-shedding events, protecting sensitive textile machinery.
  • Sustainability Goals: A massive reduction in carbon footprint, positioning the brand as a leader in green manufacturing. 

By framing wind turbines not just as hardware, but as part of an intelligent, constraint-defying system, Reon Energy continues to redefine what is possible for industrial energy in Pakistan. 

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Reon Energy hosts “Powering Telecom Networks: Energy Finance Forum” to promotesustainable energy for Pakistan’s telecom sector

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Islamabad, November 5, 2025 — Reon Energy successfully hosted the “Powering Telecom Networks: Energy Finance Forum” at the Marriott Hotel, Islamabad, bringing together key figures from Pakistan’s telecom, energy, and financial sectors to explore the evolving
intersection of sustainable energy and telecom infrastructure.

The landmark forum served as a platform for strategic dialogue on the future of Energy-asa-Service (EaaS) and the economic and environmental transformation it promises for Pakistan’s telecom industry.

A major highlight of the event was the announcement of new advancements in Reon Energy’s sustained strategic alliance with Telenor Pakistan. The partnership marks another significant step toward a resilient and sustainable energy framework for the telecom sector.

Reon Energy also unveiled its pioneering Battery-as-a-Service (BaaS) initiative — a first-ofits-kind model in Pakistan’s telecom energy landscape. The BaaS model aims to enhance energy reliability, reduce carbon emissions, and improve cost efficiency across telecom networks nationwide, positioning it as a cornerstone of the country’s transition to sustainable energy solutions.

“This forum reflects our shared commitment to accelerating Pakistan’s energy transformation. Through innovative models like BaaS and our long-standing collaboration with Telenor Pakistan, we are setting new benchmarks for operational resilience and sustainability in the telecom sector,” said Mudasar Hussain, COO Telco, Reon Energy

The Energy Finance Forum gathered senior leadership from telecom operators, energy providers, and financial institutions, who shared insights on the investment potential and long-term benefits of EaaS and BaaS frameworks. The discussions underscored the need for cross-sector collaboration to achieve Pakistan’s clean energy and digital infrastructure goals.

The event concluded with a strong consensus on the pivotal role of technology-driven energy solutions in supporting the country’s rapidly expanding telecom networks, ensuring both environmental sustainability and economic growth.

About Reon Energy

Reon Energy is a leading Cleantech company deploying Intelligent Renewable Energy Microgrids across South Asia, GCC & African region. We help Commercial & Industrial customers maximize renewable energy in their mix, improving overall affordability, reliability and sustainability of energy.

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Pakistan’s Fuel Shift Crisis: Why Industries Can’t Rely on HFO Anymore — And What Comes Next

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By Saqib Zaidi – Chief Operating Officer, Reon Energy 

For years, industries across Pakistan have relied on a delicate balance between natural gas and heavy fuel oil (HFO) to power their operations. Switching between the two was a cost-effective and familiar strategy. But in recent years, this equation has changed. 

With gas supply becoming increasingly unreliable and unpredictable, industrial sectors have turned more heavily toward HFO to maintain energy continuity. According to Dawn News, the carbon levy on furnace oil is now approximately Rs2.5/liter (Rs2,665 per tonne) for FY 2025–26, and will double to Rs5/liter for 2026–27, in addition to the petroleum levy notified by the federal government—translating into substantial overheads and tighter margins.

Market research reveals that powerhouse managers currently generate power at ~Rs35/kWh from HFO. But with a Rs70,000+ increase in per-metric-ton HFO prices, this could soon exceed Rs45/kWh which is more than three times the LCOE of solar (~Rs12/kWh), and even higher than wind, which is cheaper still. While the national grid may seem like a cost-saving alternative, it is far from reliable. Frequent voltage fluctuations, load-shedding, and unpredictable outages have caused production halts, material losses, and delayed deliveries. For many manufacturers, grid reliance is simply not an option.

Some industrialists are turning to biomass, but this introduces its own uncertainties. Regional and seasonal variations impact biomass availability, and feedstock price volatility adds to financial risk. Waste-to-energy offers some niche potential, but scale, feedstock control, and cost competitiveness remain limiting factors. The industrial energy model is collapsing. The escalating cost of fossil fuels, coupled with unreliable supply, is pushing businesses to rethink their energy future. 

The Case for Renewables: Zero Fuel Cost and Highly Reliable

Zero fuel cost renewable energy like solar and wind provides a powerful and sustainable alternative. Solar alone now offers LCOE as low as Rs12/kWh, and wind energy, especially in southern Pakistan, offers a powerful complement to solar in hybrid systems, enabling 24/7 generation when paired with REFLEX™ – Reon’s proprietary Battery Energy Storage platform.

But cost isn’t the only advantage. The reliability impact of energy instability is often underappreciated. For instance, a single 30-second voltage sag in a polyester factory can ruin an entire extrusion run, costing over Rs1 million in lost material and downtime. But with REFLEX™ these problems can be addressed head-on. 

REFLEX™: Intelligent Energy Storage That Thinks Ahead 

At the heart of Reon’s future-ready energy platform is REFLEX™, designed for industrial resilience. It doesn’t just store power—it’s a smart grid ally. With its AI-enabled control architecture and Energy Management System (EMS), REFLEX™ autonomously detects and corrects voltage dips, frequency shifts, and transient faults—issues that can otherwise cripple industrial operations.

REFLEX™ ensures seamless power during grid or generator failures, managing harmonics, ground faults, and even open-circuit scenarios without human intervention. For industries like cement, textiles, plastics & polyesters, packaging, petrochemicals and automotives—where seconds of downtime can translate into substantial loss—this level of power stability is game-changing.

Get the First Mover Advantage

Reon Energy’s wind, solar and battery-backed microgrid solutions offer industries a way to future-proof operations against rising costs, fuel shortages, and unreliable grid power. This is more than an energy upgrade; it’s a business continuity imperative. Are you ready to lead the transition and set the benchmark for industrial success in this new energy era?

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Reon Energy Signs 7.88 MW Solar PV and 7.63 MWh REFLEX™ Project with Soorty Textile

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Karachi, Pakistan – 01/06/2025 — Reon Energy, Pakistan’s leading renewable energy solutions provider, has signed an agreement with Soorty Textile to deploy a 7.88 MW Solar Power Plant integrated with a 7.63 MWh REFLEX™ Battery Energy Storage System (BESS) across its facilities in Karachi.

Soorty faced solar and wind intermittency and difficulty in balancing variable resources with steady industrial loads, as well as continued reliance on costly generators to safeguard reliability. These issues limited the company’s ability to maximize clean energy across its facilities in Korangi and Nooriabad, Karachi. To address these issues, Reon deployed its REFLEX™ BESS, enabling greater energy autonomy, improved efficiency, and reliable clean power.

This deployment builds on earlier REFLEX™ projects of Soorty and Reon, including 4.55 MW / 4.5 MWh at U13 Nooriabad, 2.48 MW / 2.21 MWh at U8, and 850kW / 920kWh at U11, further strengthening the company’s leadership in smart industrial energy management.

The partnership has set a new benchmark for Pakistan’s textile sector, reshaping how Soorty manages and consumes energy while reinforcing Reon’s role as a pioneer in the country’s clean energy transition.

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Reon Energy Signs an Agreement with Circular Energy to Deploy SPARK™ Across 50 Telecom Sites in Africa

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Dubai, UAE – 01/05/2025 — Reon Energy, Pakistan’s leading renewable energy solutions provider, has signed an agreement with Circular Energy to deploy its proprietary SPARK™ digital solution across 50 remote telecom sites in Nigeria.

Circular Energy, the first Battery-as-a-Service provider in telecoms, offers end-to-end energy solutions across the telecom value chain. However, the company faced limitations in centralized monitoring and advanced analytics, restricting its ability to optimize battery performance and minimize lifecycle costs. To address these challenges, Reon deployed its SPARK™ digital platform to bring centralized visibility and enhance the performance of telecom networks. Through real-time monitoring, predictive analytics, and automated dispatch, SPARK™ enables Circular Energy to optimize battery performance, extend asset life, reduce replacement costs and ultimately deliver greater value to its customers with improved efficiency and cost-effective tariff.  

The project marks a milestone in advancing digital energy management in the African telecom sector and further solidifies Reon Energy’s role as a pioneer in intelligent, technology-driven energy solutions across the MEA region. It also reflects Circular Energy’s commitment to innovation and leadership in driving sustainability within telecom infrastructure. 

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Reon Energy Signs 20.70 MW/ 22.76 MWh REFLEX™ Project with Lucky Cement Limited

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Karachi, Pakistan – 01/01/2025 — Reon Energy, Pakistan’s leading renewable energy solutions provider, has signed a landmark agreement with Lucky Cement Limited to deploy a 20.7 MW Solar Power Plant integrated with a 22.7 MWh REFLEX™ Battery Energy Storage System at the company’s production facility in Nooriabad.

Lucky Cement has been seeking solutions to optimize its hybrid energy mix comprising solar, wind, and grid power. The intermittency of wind and solar introduced high variability, forcing captive gas plants to operate at partial load with reduced efficiency. Without advanced stabilization, the system risked renewable curtailment, unstable operations, and increased fuel consumption.
Reon addressed this challenge by deploying REFLEX™ BESS in Grid-Forming Mode. Acting as the primary power source, REFLEX™ absorbs fluctuations from solar cloud events and wind turbine variability, ensuring stable grid conditions. This intelligent storage solution maximizes renewable contribution, prevents curtailment, and enhances the efficiency and resilience of Lucky Cement’s captive powerhouse operations.

Through this partnership, Reon Energy will implement its proprietary REFLEX™ Battery Energy Storage Platform to intelligently manage the variability of Lucky Cement’s 28.8 MW wind power and 30 MW solar PV assets. The integrated system will enhance renewable utilization, improve grid stability, lower emissions, and reduce energy costs by enabling smarter dispatch of multiple energy streams. 

This milestone project further solidifies Reon’s leadership in Pakistan’s renewable energy sector, showcasing its ability to deliver not only large-scale solar deployments but also advanced digital and storage technologies that are reshaping industrial energy management across the country. 

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Reon Energy and FrieslandCampina Engro Pakistan Limited Sign a 3.4 MW Solar Partnership

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Karachi, 14th November 2024: FrieslandCampina Engro Pakistan Limited, a leader in Pakistan’s dairy industry, has announced a 3.4 MW solar power project in a significant partnership with Reon Energy, a leading Intelligent Renewable Microgrids company, to strengthen sustainability across its operations.

The plant will be installed at FrieslandCampina Engro Pakistan’s manufacturing facility in Sahiwal. The system is designed to generate 5,013.6 MWh of clean energy annually, significantly reducing CO2 emissions by approximately 2,506 tonnes each year. This initiative underscores FrieslandCampina Engro Pakistan’s dedication to environmental stewardship and represents a significant advancement in the dairy industry

While addressing the event, Kashan Hasan, CEO & Managing Director of FrieslandCampina Engro Pakistan Limited (FCEPL) emphasized how such partnerships serve as a defining moment in strengthening and promoting environmental sustainability in the dairy industry. He added: “Our partnership with Reon Energy is a key milestone in our strategy to minimize environmental impact and to foster a sustainable future for the dairy sector. By leveraging solar energy, we have developed a cost-effective and sustainable approach that reduces reliance on non-renewable resources and enhances financial viability for the dairy sector.”

Regarding the collaboration, Mujtaba Haider Khan, CEO of Reon Energy, stated, “Reon’s partnership with FrieslandCampina Engro Pakistan Limited (FCEPL) reflects our commitment to promoting renewable energy across industries, including the dairy sector. Reon as a leading CleanTech company continues to enable Commercial & Industrial customers transition to renewable energy to improve affordability, reliability & sustainability through deployment of Intelligent Renewable Microgrids, powered by REFLEXTM , our proprietary Battery Storage platform & SPARKTM, our Energy Management software, that not only meet the needs of our clients but also pave the way for a more sustainable future.”

This initiative aligns with FCEPL’s dedication to supporting sustainable dairy production. FCEPL has also been actively supporting 93 farms, as of this year, in transitioning to solar energy, enhancing the adoption of renewable energy sources within the dairy sector.

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Reon Energy Signs a 13.75 MW Solar and 5.69 MWh REFLEX™ BESS Project with Arabian Yemen Cement Co. Ltd. (AYCCL) 

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Yemen, Middle East – 19/12/2023 — Reon Energy, Pakistan’s leading renewable energy solutions provider, is proud to announce the signing of a landmark agreement with Arabian Yemen Cement Co. Ltd., aimed at delivering a 13.75 MW Solar Plant and 5.69 MWh REFLEX™ BESS powered by SPARK™ at their facility in Yemen. 

Arabian Yemen Cement Company (AYCCL) aimed to expand renewable penetration within its 30 MW captive powerhouse but faced critical stability challenges. Variations between solar output and fluctuating plant load, especially during extended shutdowns, led to high renewable curtailment and inefficient generator operation. Without advanced storage, the system lacked the flexibility to absorb excess solar or respond quickly to power fluctuations.  

Reon deployed its REFLEX™ Battery Energy Storage System (BESS) to stabilize power fluctuations, minimizes solar curtailment, and optimizes genset performance under variable loads. Coupled with the SPARK™ Microgrid Controller, the solution enhances system reliability while reducing fuel consumption and improving efficiency. This intelligent integration enables AYCCL to achieve greater renewable utilization, cut energy costs by up to 20%, and lower its carbon footprint without compromising power stability. 

This milestone sets a precedent for sustainable industrial transformation in challenging energy markets and reinforces Reon’s role as a pioneer in deploying advanced renewable and storage technologies across the region. 

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Does the Impact of Electric Vehicles Extend Beyond the Transport Sector?

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According to a European Union report, “The transport sector causes 28% of the total CO2 emissions, wherein the road transport contributes a huge percentage of over 70% of these emissions”. This translates into global warming, disastrous climate change, and destruction on all scales of existence in the long run. The challenge is to keep the roads running while eliminating the CO2 emissions from the scenario. This is exactly where the latest innovation in the go-green culture comes into play, Electric Vehicles (EVs).
The electrification of electric vehicles in a lower Green House Gas scenario (where the carbon costs are also high to support the shift) can result in a 77% reduction of emissions by 2050, in comparison to 2015 levels . Such spectacular outcomes of zero-emission EVs can play a huge part in promoting efficient movability and a sustainable transport model.

In addition to this, Electric Vehicles have a simple framework with a compact engine and are cost-effective in terms of maintenance as compared to traditional combustion vehicles. EVs can be charged at home or even at parking spots with charging stations. They are user-friendly requiring no switching of gears, zero vibration, and no sense of fuel smell.
Considering this ground-breaking innovation, Reon Energy has decided to tap into this segment and play its part to protect the environment against all odds. Reon Energy has joined hands with Redco International in Qatar to create the first, one-of-its-kind, solar bus charging depot in the Middle East. It is a 5.3 MW solar power project based in Lusail, Qatar. The strategic objective of the project is integration with the public transportation sector to clean energy, reduce carbon emissions and improve the climate situation in Qatar. Furthermore, the project would enable the facilitation of 23700 football fans across 241 buses during the FIFA World Cup 2022 and envisions extending beyond it.
Remarkably, this mega-scale project has broken all records and has been established as the largest bus charging station in the Guinness Book of World Records. This milestone is indeed impressive for Reon Energy, and there are many more to come. As we, at Reon, solely believe in going above and beyond across the universe of solar-generated energy to achieve the vision of a carbon-free atmosphere

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How Reon Is Revolutionizing the Future of Energy Storage in Pakistan?

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Electrical energy storage plays a pivotal role in the decarbonization of the power sector by providing a carbon-free energy source and ensuring the effective utilization of renewable energy resources. Approximately 57% of emissions can be reduced through energy storage technologies (Maryam Arbabzadeh, 2019). This ground-breaking technology allows for the integration of several renewable energy sources such as wind and solar energy. It holds great potential in contributing toward the net-zero coalition (the target of reducing carbon emissions as close to zero as possible) aimed to be achieved by 2050.

Energy Storage Technologies

Several types of energy storage technologies can be utilized to incorporate the required flexibility in the power network to facilitate more renewable integration. Thermal energy storage traps heat from the sun and stores it in the form of molten salts, water, or other fluids to convert for use later. Pumped hydroelectric energy storage allows storing energy as water, through two reservoirs situated at different altitudes. One of the most common energy storage  technologies today is electrochemical in nature. This type of storage uses an electrochemical process to store electrical energy. Most common electrochemical storage units are based on flow and Lithium-ion batteries.

Introduction to Reflex

At Reon, we have introduced Reflex Energy Storage incorporating the Li-ion battery to enhance the power network flexibility for industries. Reflex Energy Storage, coupled with intelligent Spark Microgrid Controls, allows for improved efficiency and leads to savings in energy costs up to 2%.

 

Reon’s Vision for Pakistan’s Energy Crisis

Reon firmly believes that the initiation of storage technology projects on an industrial scale, especially in the combination of solar and wind energy projects, can change the dynamics of the organizations and the power sector. It increases the reliability and flexibility of the electrical grid. This leads to an alternative source of energy supply, which can also be treated as backup support during power outages. In addition to this, the storage technology also allows for reduced capital costs spent on coal and biomass for the burners. This reduces greenhouse gas emissions and assists in achieving a carbon-neutral global economy.

At Reon, we work towards supporting industries in their shift towards energy storage technology to help develop a clean & sustainable energy supply. It is crucial for consumers, especially in the industrial sector, to realize that energy storage technology is the future. This is the path that leads to efficient energy utilization and effective cost savings.

 

References

Maryam Arbabzadeh, R. S. (2019, July 30). The role of energy storage in deep decarbonization of electricity production. Retrieved from Nature: https://www.nature.com/articles/s41467-019-11161-5

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