The system was developed in collaboration with 386 Sky Solar Energy Systems LLC, bringing together Globalpharma’s focus on operational optimisation with specialised expertise in industrial-scale renewable energy deployment.

Fully operational, the solar installation has been implemented under Dubai’s Shams Dubai programme, enabling both on-site energy consumption and the export of surplus power to the grid through a bi-directional metering system. The project represents a significant step in integrating clean energy within Globalpharma’s manufacturing operations while enhancing overall operational performance.

Commenting on the initiative, Dr. Basem Albarahmeh, Chief Executive Officer of Globalpharma, said: “This initiative builds on a broader set of measures we have been implementing to strengthen efficiency and sustainability across our manufacturing operations. The integration of solar energy is a natural extension of our efforts to optimise resource utilisation, enhance energy efficiency and progressively reduce the environmental footprint of pharmaceutical production. As we continue to scale our capabilities, our focus remains on embedding sustainable practices within core operations, supporting a more resilient and future-ready manufacturing platform that aligns with evolving industry and regulatory expectations.”

Commenting on the partnership, Ahmad Al Khayyat, Chairman of Three Eight Six, said: “Partnership is a statement of intent. Global Pharma has chosen to embed clean energy” into their manufacturing operations, and that is exactly the kind of leadership that moves an entire industry forward. UAE’s Net Zero ambition will be built on decisions like this one.”

The initiative also aligns with broader national priorities, including the UAE’s clean energy transition and Net Zero 2050 strategy, supporting the progressive decarbonisation of industrial operations within the healthcare manufacturing sector.

Dubai, UAE, 7 April 2026 – LIPTON Teas and Infusions, the world’s leading tea company with operations in over 100 countries, has officially commissioned a solar power plant in collaboration with Yellow Door Energy, a premier sustainable energy partner in the Middle East and South Africa.

The newly operational 580 kilowatt-peak (kWp) solar plant, installed in Lipton Jebel Ali factory car park roof, is projected to generate 958,000 kilowatt-hours (kWh) of clean electricity in its first year, covering 13% of the facility’s energy consumption, and enough to produce more than 1 billion teabags a year. To maintain optimal performance, the facility features four cleaning robots that efficiently remove dust while minimizing water usage.

Comprising nearly 1,000 solar panels, this solar plant not only provides renewable energy generation but also offers shade for 88 parking spaces. The project is set to reduce carbon emissions by 388,000 kilograms annually, directly supporting LIPTON Teas and Infusions global sustainability objectives and aligning with the UAE’s Net Zero by 2050 Clean Energy Strategy.

“This solar installation in Lipton Jebel Ali factory enhances our share of renewable electricity at our Dubai operations, “Our commitment to achieving Net Zero across our value chain by 2040 is further strengthened by this project, raising the proportion of clean energy used in our manufacturing facilities. Additionally, our Khanewal factory in Pakistan is already utilizing solar power, and our Kaplan factory in Turkey is pursuing similar initiatives, reinforcing our global commitment to decarbonization.” Bruno Laine, Chief Supply Chain Officer at LIPTON Teas and Infusions, stated.

“Our commitment to environmental responsibility has always been a fundamental part of how we operate at the Lipton Jebel Ali factory. As the first factory in the United Arab Emirates to achieve zero waste to landfill, we are advancing further by taking decisive action to reduce our environmental impact at its source. The solar panels installation initiative aligns with the environmental pillar outlined in the Lipton Management System and supports the UAE’s Net Zero objectives. Our partnership with Yellow Door Energy demonstrates our clear intent to turn our sustainability commitments into meaningful, measurable results” Philip Ayoub, Lipton Jebel Ali Factory Director, and Global Digital Lead, LIPTON Teas and Infusions, commented.

Jeremy Crane, Group CEO of Yellow Door Energy, remarked, “We are proud to partner with LIPTON Teas and Infusions to bring this solar plant to life in Lipton Jebel Ali factory. This project exemplifies how manufacturers can effectively reduce emissions and energy costs through solar leasing. With over 1.1 terawatt-hours of clean electricity generated across seven countries, Yellow Door Energy continues to gain the trust of global manufacturers as they work towards decarbonizing their operations.”

As the solar developer, Yellow Door Energy is responsible for financing, designing, constructing, commissioning, operating, and maintaining the solar plant throughout the lease term. Solar leasing allows businesses to cut energy costs without upfront investment or operational risks, enabling them to focus on their core operations while enjoying the benefits of clean energy.

This solar plant marks a step towards LIPTON Teas and Infusions’ goal of achieving net-zero emissions across its value chain by 2040, with clear near-term targets aligned with a 1.5°C trajectory. Lipton Jebel Ali solar project exemplifies a tangible commitment to sustainability and setting a benchmark for the industry.

In this context, Dulsco Group announced a 200% increase in its solar power generation capacity, following the installation of 1,250 new solar panels across residential facilities for its employees. The expanded solar system will provide clean energy to offset a significant portion of the group’s daily electricity consumption. Backed by a performance warranty spanning three decades, the system underscores the company’s long-term sustainability goals and operational efficiency.

According to estimates, replacing fossil fuels with solar energy at Dulsco’s facilities will reduce carbon emissions equivalent to planting nearly 986,000 trees over the next 30 years — eliminating approximately 20,176,385 kilograms of CO₂ and generating 44,836,410 kilowatt-hours of clean energy during that period.

The expansion comes at a time when many of the earlier challenges facing the solar industry are being resolved. While initial installation costs remain significant, they are now offset by falling equipment prices, faster returns on investment, and extended maintenance guarantees from leading suppliers. This shift is enabling private sector players to adopt renewable energy solutions more confidently and contribute to the UAE’s clean energy transition.

Beyond the environmental benefits, Dulsco’s investment represents a broader belief that adopting clean energy today is an investment in the well-being of employees, communities, and future generations. It also reinforces Dulsco’s role as an active partner in supporting the UAE’s position as a global leader in sustainability and innovation.

Other Landmark Solar Initiatives Across the UAE

The UAE continues to lead the region in solar energy deployment, with several major projects shaping its energy landscape:

• Mohammed bin Rashid Al Maktoum Solar Park (Dubai):
  The world’s largest single-site solar park, with a planned capacity of 5,000 megawatts by 2030, capable of reducing more than 6.5 million tonnes of carbon emissions annually. The project features a mix of photovoltaic and concentrated solar power technologies.
• Noor Abu Dhabi Solar Plant:
  Located in Sweihan, Noor Abu Dhabi is one of the largest operational solar projects in the world, producing 1.2 gigawatts of electricity — enough to power around 90,000 homes and reduce 1 million tonnes of CO₂ emissions each year.
• Shams 1 Solar Plant (Al Dhafra Region):
  One of the region’s first large-scale concentrated solar power (CSP) plants, Shams 1 produces 100 megawatts, showcasing the UAE’s early investment in solar infrastructure and technological leadership.
• Al Dhafra Solar PV Project:
  Recently completed in Abu Dhabi, the 2-gigawatt Al Dhafra plant — the largest of its kind — supplies electricity to 160,000 homes and displaces over 2.4 million tonnes of carbon emissions annually.
• Masdar City (Abu Dhabi):
  A global model for sustainable urban development, Masdar City integrates rooftop solar panels, smart energy systems, and green building practices, serving as a testing ground for renewable technologies.

A Sustainable Vision for the Future

These initiatives illustrate how the UAE’s proactive investments in renewable energy are creating measurable environmental and economic returns. With continued public-private collaboration, the country is on track to generate 50% of its energy mix from clean sources by 2050, reaffirming its role as a regional and global hub for green innovation.

As global temperatures continue to rise, the call to replace coal with clean, renewable energy has intensified. Still, several countries heavily depend on coal to meet domestic energy demand.

Coal: Global Usage and Environmental Impact

The International Energy Agency (IEA) estimates that coal accounts for around 40% of global electricity-related carbon emissions, making it the largest single contributor to air pollution after oil and gas. The top coal-dependent countries include:

These countries still face challenges in fully transitioning to clean energy due to coal’s low cost, high availability, and industrial dependency.

Clean Energy: Successful Global Examples

1. Solar Power

Solar energy is one of the most promising alternatives due to widespread sunlight and decreasing panel costs.

• China: Installed solar capacity exceeds 1 terawatt, enough to power hundreds of millions of people. Large projects like Top Runner PV and Longyangxia reduce reliance on coal.
• India: The Bhadla Solar Park produces around 2.25 GW, powering over a million homes, with plans to expand to over 10 GW by 2030.
• United States: Solar energy currently supplies around 90 GW, with California leading rooftop and utility-scale solar adoption.

Potential CO₂ savings: 1 GW of solar can prevent approximately 1.3 million tons of CO₂ emissions per year compared to coal.

2. Wind Energy

Wind power is a clean, renewable source, ideal for open spaces and coastal areas.

• The U.S. leads in offshore wind projects along the East and West coasts.
• Germany generates over a quarter of its electricity from wind, gradually reducing coal dependency.

3. Hydropower

Hydropower generates electricity via dams, providing continuous energy with minimal emissions.

Hydropower stabilizes electrical grids but requires careful environmental management to minimize ecosystem impacts.

Coal vs. Clean Energy: A Comparative Snapshot

Successful Global Practices

• China & India: Massive solar investments reducing coal reliance.
• Germany: Wind and solar expansion with a gradual coal phase-out by 2030.
• Norway & Canada: Nearly full reliance on hydropower, providing decades of clean, reliable energy.

The Path to a Sustainable Future

Continued reliance on coal threatens both the environment and public health. Solar, wind, and hydro power represent the most viable solution for reducing emissions, protecting ecosystems, and ensuring energy security for future generations.

With falling solar panel costs, improved energy storage technology, and strong government policies, the global transition to clean energy has never been more feasible.

Clean energy is not a luxury—it is essential to safeguard our planet and ensure a healthy, sustainable future.

Sources:

• International Energy Agency (IEA)
• Global Wind Energy Council (GWEC)
• International Renewable Energy Agency (IRENA)
• World Coal Association

Note: This article was produced in collaboration with AI to support research, writing, and data analysis.

The Case for Solar

Solar energy offers a host of advantages: it’s renewable, sustainable, and widely available. Modern solar panels can convert sunlight into electricity efficiently, and costs have dropped dramatically over the past decade. According to the International Energy Agency (IEA), the global cost of solar photovoltaic (PV) electricity fell by nearly 85% between 2010 and 2023, making it competitive with or even cheaper than traditional fossil fuels in many areas.

In addition to environmental benefits, solar systems can strengthen energy independence. Households, businesses, and communities that generate their own electricity reduce pressure on national grids and avoid exposure to volatile fuel prices. Solar solutions can also empower remote areas without access to centralized power networks, improving living standards and economic opportunities.

Barriers to Widespread Implementation

Despite these advantages, solar energy adoption faces multiple hurdles:

1. High Initial Investment: While prices have fallen, installing solar panels and inverters still requires significant upfront capital, which can deter households and smaller businesses.

2. Infrastructure and Grid Limitations: Some national grids are not optimized for decentralized solar generation. Feeding large amounts of solar power into older grids can create stability and storage challenges.

3. Policy and Regulatory Gaps: In many countries, incentives, subsidies, or supportive regulations are limited or inconsistent. Without clear policy frameworks, investment in solar can be risky.

4. Energy Storage: Solar generation depends on sunlight, which is intermittent. Battery systems for storing excess electricity are still expensive, limiting the ability to provide consistent power during nights or cloudy days.

5. Awareness and Expertise: Some regions lack awareness of solar benefits, and technical expertise for installation and maintenance can be scarce.

Pathways to Accelerate Adoption

Experts suggest several strategies to overcome these barriers:

• Government Incentives: Subsidies, tax breaks, and feed-in tariffs can reduce upfront costs and make solar financially attractive.
• Technological Innovation: Cheaper, more efficient panels and affordable energy storage solutions will improve reliability and lower total costs.
• Community Solar Projects: Shared solar farms allow multiple users to benefit from collective investment, spreading costs and making adoption easier.
• Education and Awareness Campaigns: Promoting the economic and environmental benefits of solar can encourage both businesses and households to adopt the technology.
• Integration with Smart Grids: Modernizing grids to manage distributed energy sources can optimize solar energy use and reduce waste.

Global Solar Adoption: By the Numbers

Solar energy adoption has grown rapidly worldwide, yet it still represents a fraction of total energy production:

• Installed Capacity: As of 2024, global solar PV capacity reached 1,200 GW, up from just 40 GW in 2010. China leads the world with over 400 GW, followed by the US (~150 GW) and the EU (~180 GW).
• Growth Rate: Annual global solar capacity has been growing at roughly 15–20% per year, driven by falling panel costs and supportive policies.
• CO₂ Savings: Current solar generation prevents an estimated 1.5 billion tons of CO₂ emissions annually, roughly equivalent to taking over 300 million cars off the road.
• Future Potential: The IEA projects that solar could provide over 25% of global electricity by 2050 if deployment accelerates, significantly cutting fossil fuel dependence.

A Bright Future

Solar energy is not just a technical solution; it represents a shift toward sustainable living and climate-conscious energy policies. Experts argue that if barriers are addressed, solar could supply a significant portion of global electricity by 2050, reducing emissions and protecting the planet.

Dr. Lina El-Sayed, an energy policy analyst, notes: “Solar power is one of the most promising solutions we have. The technology exists, the costs are competitive, and the environmental benefits are clear. The challenge is not technical—it’s political, financial, and societal. Overcoming those barriers will define the next decade of energy transition.”

What Is a Solar System?

A solar system, also known as a photovoltaic (PV) system, is a complete setup designed to capture sunlight and convert it into usable electricity. The main components of a solar system include:

1. Solar Panels (PV Modules): Convert sunlight into direct current (DC) electricity.
   • Typical capacity: Residential panels usually range from 250W to 450W per panel, while commercial/industrial panels can reach 500W or more per panel.
   • System size: Small home systems may produce 3–5 kW, while larger installations can exceed 10–20 kW.
2. Inverter: Converts DC electricity from panels into alternating current (AC) electricity used in homes and businesses.
   • Capacity: Must match or slightly exceed the solar panel output. Typical residential inverters range from 3 kW to 10 kW, while commercial inverters can reach 50 kW or more.
3. Mounting Structures: Secure panels on rooftops or open land, oriented for maximum sun exposure.
4. Battery Storage (Optional): Stores excess energy for use at night or during cloudy periods.
   • Capacity: Residential batteries range from 5 kWh to 20 kWh, sufficient for powering essential home components for 6–12 hours without sunlight.
   • Purpose: Ensures that critical systems (refrigerators, lighting, internet, and medical equipment) remain operational during outages.
5. Charge Controller: Regulates power flow to prevent overcharging of batteries (for off-grid systems).
6. Wiring and Electrical Components: Connect all parts safely to deliver electricity to your appliances or the grid.

Typical Home Energy Requirements

For an average household:

• Essential components: Refrigerator (150–250W), lights (100–500W depending on LED usage), fans or air conditioning (500–1500W), water pumps (300–1000W), and electronics (100–500W).
• Daily energy consumption: Usually ranges from 10–30 kWh/day. A 5 kW solar system can cover about 20–25 kWh per day, depending on sunlight availability, which is sufficient for most essential needs.

In summary, a properly sized solar system can power a home reliably while reducing reliance on the grid, contributing to energy independence and environmental sustainability.

Sources

• International Energy Agency (IEA) – Renewables 2023 Report
• International Renewable Energy Agency (IRENA) – World Energy Transitions Outlook 2022
• BloombergNEF – Global Solar Market Outlook 2024
• World Bank – Energy Access and Solar Deployment Data

Note: This article was developed with the support of AI-assisted research and writing tools.