Oil & Energy

Space-Based Solar Power Finally Ready to Shine?

Published

1 year ago

October 13, 2025

Scientists have dreamed of putting solar panels in outer space since the late 1960s, and have known that space-based solar power was technologically feasible since the 1970s. But the true race for space-based solar has only just begun, driven by the intensifying need to produce more electricity to meet rapidly growing energy demand. As more of the world becomes electrified, big data and AI become omnipresent, and decarbonization deadlines draw closer, innovative energy solutions are needed more than ever. As a result, space-based solar power is finally ready for its day in the sun.

This nascent technology employs enormous satellites to collect high-intensity sunlight and beam it down to Earth, either through microwaves or lasers. A receptor on Earth receives that energy and converts it into electricity to be fed into the grid. This energy would be dispatchable, as satellites would have gargantuan range and could flexibly beam energy to where the demand is greatest.

The production potential of space-based solar power is enormous. Because the panels are situated beyond clouds and the atmosphere, and are not impacted by the rotation of the earth, they receive high levels of unadulterated sunlight 24 hours a day, 7 days a week. As a result, these systems are capable of producing a potentially game-changing amount of clean energy.

According to calculations by researchers from King’s College London, space-based solar power could reduce Europe’s need for land-based renewable energy by as much as 80 percent, and reduce battery-based energy storage needs by more than two-thirds. The kicker? It would reduce the cost of Europe’s energy system by as much as 15 percent. The researchers found that the associated savings in terms “energy generation, storage and network infrastructure costs” would save an estimated 35.9 billion euros (41.7 U.S. Dollars) per year.

The higher energy density of space-based solar means that energy systems would need far fewer costly resources. Such a system “requires orders of magnitude fewer critical minerals to provide the same continuous power as a terrestrial solution with large-scale energy storage,” reads a recent article from the World Economic Forum. “This offers a more sustainable path, alleviating the strain on resources that the International Energy Agency (IEA) has identified as a key challenge,” the report continues.

Critically, these systems would also require far, far less land than Earthbound solar farms. Not only would we be outsourcing solar panels to outer space, the receptors that receive the solar energy here on Earth would be relatively small and mostly transparent, meaning that they would be well-suited to mixed-use spaces. This would alleviate intensifying issues of land scarcity faced by utility-scale renewable energies.

As the considerable benefits of space-based solar gain more attention, investment in their development has ramped up considerably. Labs in the United States, the United Kingdom, China, Japan, Europe, and other locations around the globe are all accelerating their research programs to advance space-based solar power, and high-profile private investors are now joining the trend as well. Big tech bigwig Baiju Bhatt, a co-founder of Robin Hood, launched the space solar startup called Aetherflux last year.

But space-based solar power still faces some key hurdles before it can be scaled for commercial use. The most significant of these, according to the World Economic Forum, is the way that private finance is structured around early-stage startups and not long-term infrastructure projects. While space-based solar power will be a big money saver in the long term, it will not provide quick or necessarily predictable returns on investment.

For this reason, startups are looking to government contracts to get space-based solar power off the ground. “We think that the military customer is large enough — and for lack of better word, difficult enough — of a customer that if we can serve, we can build a constellation and we can be at scale, Christian Garcia, managing partner at Breakthrough Energy Ventures, one of Aetherflux’s backers, told CNBC. “And at that point, we will have dropped the cost of the technology such that we can expand into other customers.”

By: Haley Zaremba

Oil & Energy

Renewable Energy Investment Forum Begins Nov. 25

Published

14 hours ago

November 2, 2026

The Tide

Nigeria’s growing solar market will take centre stage as the Renewable Energy Forum Africa (REFA) 2026 holds in Lagos on November 25-26 with the backing of the Rural Electrification Agency (REA).

Organised by the Africa Solar Industry Association (AFSIA) and supported by SolarPower Europe, the forum would bring together investors, developers, regulators, utilities and policymakers at the Radisson Blu Anchorage Hotel, Victoria Island.

The agency said the forum would strengthen partnerships, attract investment and support Nigeria’s clean energy and local manufacturing ambitions.

REA Managing Director, Abba Abubakar Aliyu, is billed to deliver the keynote address at the opening plenary.

The forum would also examine local manufacturing following the launch of Nigeria’s first privately owned 100MW solar module assembly plant in Ibeju-Lekki, Lagos.

The event would also feature B2B meetings, an exhibition and the AFSIA Awards on November 25.

It would be noted that Nigeria is West Africa’s leading solar market, with about 618MWp operational capacity, ranking first in the region and eighth in Africa, according to AFSIA.

The country also leads the continent in mini-grid capacity with 132MWp, while its commercial and industrial (C&I) solar capacity stands at 385MWp.

The market is receiving fresh support through the $750m World Bank-backed Distributed Access through Renewable Energy Scale-up (DARES) programme, targeting 1,350 mini-grids and electricity access for 17.5 million Nigerians.

Oil & Energy

CBN Appoints Eight New Pre-shipment Agents For Crude Oil And Gas Exports

Published

15 hours ago

November 2, 2026

The Tide

The Central Bank of Nigeria (CBN) has appointed eight pre-shipment inspection agents to monitor crude oil and gas exports, alongside two monitoring and evaluation agents to oversee their activities.

The appointments, announced in a notice signed by Aderinola Shonekan, Director of the CBN’s Trade and Exchange Department, took effect on October 2, 2026, under the Nigerian Export Supervision Scheme.

The notice directs authorised dealer banks, the Nigeria Customs Service, petroleum regulators, terminal operators and oil and gas companies to comply with the revised arrangements.

The CBN assigned the eight inspection agents to specific crude oil and gas export terminals as part of the revised framework.

The allocations are as follows:

Dakee Engineering and Construction Ltd.: LNG, Escravos (Gas), Bonny River Terminal (BRT) and EGTL.

Trexem Energy Services Limited: Egina, Qua-Iboe and Tulja. Geoscape Limited: Escravos, ERHA, Odudu and FSO Cawthorne.

617 Limited: Bonga, Brass, Usan and Eagle.Robinson International Energy Ltd.: Ugo-Cha, Penington, Aje, Ima, Oyo and Nembe. Trobell International Nigeria Limited: Forcados, Bonny and Okwori.

Integrated Shipping Services Nigeria Ltd.: Akpo, Antan, Okoro, Anyala-Madu and Ebok.

Kephren Business Ltd.: Ukpokiti, Utapate, Yoho, Abo, Agbami, Ajapa, Okono, Okwok and additional marginal streams designated by the Nigerian Upstream Petroleum Regulatory Commission (NUPRC).

The CBN also appointed two monitoring and evaluation agents, the Q&Q Control Services Limited and the Arlington Securitas Nigeria Limited to oversee the inspection companies.

The Q&Q Control Services Ltd. would monitor 617 Limited, Trexem Energy Services Limited, Geoscape Limited and Kephren Business Ltd while the Arlington Securitas Nigeria Limited would monitor Dakee Engineering and Construction Ltd., Trobell International Nigeria Limited, Robinson International Energy Ltd. and Integrated Shipping Services Nigeria Ltd.

The latest appointments follow previous changes to the CBN’s monitoring arrangements for crude oil and gas exports.

The latest changes update the companies responsible for inspecting export cargoes and the terminals assigned to them. The notice requires the relevant institutions and operators to comply with the new allocations from October 2, 2026.

The appointments also come amid growth in Nigeria’s gas export earnings.

According to the CBN, Nigeria’s gas export earnings rose to $2.53 billion in the first quarter of 2026, reflecting stronger earnings from the country’s natural gas sector and contributing to its external trade position.

The revised inspection arrangements place designated agents in charge of specified export terminals, while the monitoring and evaluation companies oversee the inspection agents’ activities under the scheme.

Recall that in May 2024, the apex bank appointed 11 pre-shipment inspection and monitoring agents under the export supervision scheme.

The government subsequently reviewed the allocation of oil export terminals in March 2025, assigning additional terminals to nine inspection agents appointed under the scheme.

In July 2026, the CBN also appointed Candid Oil Services Limited as the pre-shipment inspection agent for the Taurus Oil and Gas Depot.

Oil & Energy

What’s Next for Global Natural Gas Demand?

Published

16 hours ago

November 2, 2026

The Tide

The Iran war and the lack of LNG supply from the Middle East have upended forecasts of near-term natural gas demand and import costs.

So far this year, economies in Europe and Asia have relied more on renewables and coal for power generation to offset reduced gas supplies procured at very high prices.

This year’s crisis has prompted governments to rethink energy policies with energy security the top priority, again, after the 2022-2023 energy crisis.

After the decline in global gas demand this year, due to prices at four-year highs, the obvious question for gas market participants is where demand is going after the current crisis ends. Has the second gas crisis in four years permanently undermined expectations of long-term gas demand growth?

Gas cannot be replaced in many industrial processes, yet. Electricity-generating systems in major economies that have relied on gas for power cannot have a reliable electricity supply without gas.

Still, this year and over the past four years, key gas markets in Europe and Asia have seen the share of gas in their electricity mix decline.

The UK, the Netherlands, and Turkey, and major Asian economies China, Japan, and South Korea, have all seen the share of gas-fired electricity drop, according to data from think tank Ember cited by Reuters columnist Gavin Maguire.

The spike in natural gas prices has accelerated Europe’s renewables rollout, which took off in earnest earlier this decade when Russia invaded Ukraine in 2022 and cut off pipeline gas supply to most of Europe. The share of renewables has surged in the EU and the UK in recent years, gradually sidelining gas as the reliable backup fuel rather than the one meeting growing electricity demand.

Globally, “Gas is losing its share in the global power mix as renewables increasingly meet rising electricity demand,” Ember said in a report earlier this year. The analysis found that the share of gas in the global power mix declined for the fifth consecutive year in 2025, despite a small rise in absolute gas generation. Strong growth in clean power, led by solar and wind, met around 68% of global electricity demand growth over the five years to 2025, reducing the need for a significant rise in gas power generation

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According to Ember, 61 out of 124 economies generating electricity from gas had passed their gas generation peak.

However, these countries accounted for around one-fifth of global gas-fired electricity generation in 2025. So the large gas-generating economies, albeit a smaller group, haven’t seen their peak in gas power generation.

The biggest emerging economies, China, India, and Brazil, have actually met their surging electricity demand without turning to gas, Ember noted.

China’s gas share remained close to 3% of the electricity mix in 2025 despite rapid demand growth, while gas power generation in India and Brazil plays a more limited balancing role, the think tank said.

“The economics and energy security case for electricity are increasingly moving in the same direction,” said Malgorzata Wiatros-Motyka, ?Senior Electricity Analyst at Ember.

“As renewables lower costs and reduce exposure to fuel price shocks and geopolitical disruptions, gas is steadily losing the advantages that once made it the default fuel for power system growth.”

The writing may have been on the wall for natural gas producers and exporters if natural gas was only used in power generation.

But natural gas key uses include as feedstock in industrial manufacturing, including cement and steel, as a chemical feedstock for fertilizer, or as the start of the supply chain of manufacturing plastics, paints, synthetic fabrics, and medicine, to name a few.

And then comes the biggest twist in energy and electricity demand forecasts in recent years—the AI boom. Data centers will drive a large part of the rise in global electricity demand, which has returned to growth even in the U.S. and Europe after a decade or so of flatlining. Renewable energy alone will not meet the surge in power demand, and gas will play a key role in America and in most of Asia, where many countries are positioning to become AI and data center hubs.

The biggest LNG producers, exporters, and traders see long-term gas demand growth intact despite this year’s supply shock that is reducing consumption amid spiking prices.

For example, Shell, the world’s biggest LNG trader, said in its annual LNG Outlook 2026 this summer that surging gas demand in South and Southeast Asia would push global LNG demand up by 65% by 2050 from 2025 levels, although growth this year has been stalled by the Strait of Hormuz crisis.

Shell sees global LNG demand increasing to nearly 700 million tons annually by 2050, up by around 65% from the 2025 levels of 422 million tons.

“The conflict created a system-wide shock with disruption cascading across all segments of the economy, but the LNG industry has proved resilient and able to adapt to changing market conditions,” Cederic Cremers, President of Integrated Gas at Shell, commented in the outlook.

“While more investment in both supply and demand infrastructure is needed, the long-term outlook remains strong and LNG will continue to be a stabilising force in the global energy system.”

The International Gas Union (IGU) said in its 2026 World LNG Report in July that “while LNG industry is not immune from the challenges of operating in an era of heightened geopolitical uncertainty, its unique ability to re-distribute large quantities of clean-burning energy from a broadening supply base only enhance LNG’s role as a ‘shock absorber’ to the global economy.”

By; Tsvetana Paraskova