On a relatively cold evening on the outskirts of Ouarzazate, I watched the lights flicker across vast energy facilities. The scene did not resemble a “power plant” in the traditional sense; it looked more like a silent city producing electricity just as major cities produce movement. There, a simple question came to mind: why does Morocco today seem more determined than ever when it comes to energy? The answer is not a slogan, but a daily reality we Moroccans experience: an import bill, volatile global prices, and growing demand for electricity in homes and factories.
This article explains how Morocco is strengthening its energy position through three parallel paths: expanding renewable energy, building new gas infrastructure — LNG and pipelines — as a transitional phase, and presenting itself as a regional energy corridor connecting Europe and Africa.
Quick Information Table: Where Does Morocco Stand Energetically Today?
| Dependence on imports | Morocco imports around 90% of its energy needs |
| Electricity mix in 2023 | Coal 64%, wind 15.4%, solar 5.1%, gas 10%, with smaller shares from other sources |
| Strategic target for 2030 | Exceeding 52% of installed electricity capacity from renewable sources |
| Industrial initiative | Providing 5 GW of green electricity to industry by 2030 |
| Liquefied natural gas | Tenders for LNG infrastructure, floating terminals, and national pipelines worth around MAD 9.542 billion |
| Regional project | The African Atlantic Gas Pipeline, Nigeria–Morocco: route defined, studies completed, and estimated cost of around $25 billion |
Why Is Morocco Strengthening Its Energy Position Now? 3 Key Drivers
The first driver is clear and direct: vulnerability to the international market. When a country imports nearly 90% of its energy needs, every rise in oil, coal, or gas prices puts pressure on the trade balance and on purchasing power. This explains why energy security in Morocco has become an economic issue before being a technical one.
The second driver is industrial transformation. Morocco wants a more competitive industrial base in European markets that are moving toward stricter “carbon footprint” requirements. For this reason, supplying green electricity to industry has become a practical objective, not just an environmental promise. This is where the idea of accelerating the delivery of 5 GW of renewable electricity to the industrial sector by 2030 comes in, through institutional coordination among public stakeholders.
The third driver is geographical positioning. Morocco does not want to remain merely an energy “consumer”; it is trying to become a transit and connection point between Africa and Europe through gas and electricity projects, benefiting from its proximity to Europe and its growing maritime and port infrastructure.
Renewable Energy: From the 52% Target to the Question of “How”
On paper, the targets look impressive: exceeding 52% of installed electricity capacity from renewable sources by 2030, with major expansion in wind and solar energy. But the real question is not “what do we want?” but “how do we get there?” Building solar and wind plants is easier than building an electricity grid capable of absorbing intermittency, storing energy, and managing loads during peak hours.
This is where the idea of “large-scale engineering” in the energy transition appears: modernizing the grid, strengthening north-south interconnections, and developing a regulatory framework that allows the private sector to invest in self-generation and sell electricity under clear conditions. International and business reports point to legal and regulatory updates in Morocco — renewable energy laws, electricity regulation, and self-generation rules — aimed at opening the market more widely to investors, which should accelerate progress toward the target.
Green Industry: Why 5 GW Is Not an Ordinary Number
When we talk about 5 GW of green electricity for industry by 2030, we are talking about turning energy into a “competitive advantage.” The idea is not simply to power factories, but to reduce future carbon costs and attract investments looking for low-emission electricity, especially in sectors such as automobiles, wiring, fertilizers, and processed metals.
But the success of this idea requires three conditions: clear and stable energy contracts, a transmission grid capable of delivering green energy where factories are located, and predictable prices so that “green” does not become an added cost. This is why the issue is often linked to reorganizing the roles of public institutions and adopting an approach that says: let us build an entire value chain, not just power plants.
Liquefied Natural Gas, LNG: Why Is Morocco Entering a “Transitional Gas” Phase?
Some may ask: why invest in gas while talking about renewable energy? The most realistic answer is that gas is used in many countries as a “transition fuel” that helps reduce emissions compared with coal and fuel oil, while giving the grid flexibility to cover periods when wind drops or sunlight is unavailable. According to published information on recent tenders, Morocco has launched a process to build its first LNG infrastructure through a floating storage and regasification unit, FSRU, at the Nador West Med port, in addition to a national pipeline network linking the port to the Morocco-Europe pipeline and to industrial areas such as Kenitra and Mohammedia.
In this process, important figures have emerged: the investment package in the tenders is close to MAD 9.542 billion, with an LNG terminal estimated at around MAD 2.73 billion, main pipelines at around MAD 6.387 billion, and nominal regasification capacity of about 5.1 billion cubic meters per year, expandable to 7.5 billion during peak periods. The targeted operational horizon is 2027, according to related statements and reports. These details show that Morocco is not speaking about an “idea,” but about infrastructure being shaped through contracts and numbers.
“Gas Will Remain Limited Compared with the Renewable Leap”
To avoid making this article sound one-sided, it is important to include an independent opinion. In an international report on Morocco’s progress toward creating an LNG hub worth nearly $1 billion, Rachid Naciri, director of the Imal Initiative for Climate and Development, was quoted as saying: “Gas will play a limited role in replacing coal, with planned renewable expansion being a far larger percentage of new capacity.”
This sentence summarizes a smart balance: yes, gas is part of the transition phase, but the greater weight in Morocco’s “new energy position” will come from the expansion of renewable energy — if Morocco succeeds in connecting production to the grid, expanding storage, and improving operational flexibility.
The African Atlantic Gas Pipeline, Nigeria–Morocco: Regional Positioning Through Energy
If LNG addresses “domestic needs” in the short term, the African Atlantic Gas Pipeline project addresses the broader ambition of “strategic positioning” in the longer term. According to an official announcement, feasibility and preliminary engineering studies have been completed, the optimal route has been identified, and a special purpose company is being created between Morocco and Nigeria to prepare for the final investment decision, with an estimated cost of around $25 billion.
Officially circulated data about the project point to infrastructure stretching across thousands of kilometers, with a transport capacity between 15 and 30 billion cubic meters per year, passing through several countries, with the aim of connecting West African markets and potentially reaching Europe. In the language of energy political economy, this simply means: Morocco wants to be part of the “supply map,” not merely a receiving point.
Where Could Morocco’s Energy Positioning Face Obstacles?
Morocco’s energy transition has clear strengths: wind and solar resources, numerical targets, and infrastructure projects that are moving forward. But there are also weaknesses that must be faced honestly. The first is the coal paradox: although Morocco speaks about renewable expansion, coal still holds a high share in electricity generation according to 2023 data. This means the transition is not a matter of announcing targets, but of re-engineering an entire system that includes generation, distribution, operation, and load management.
The second is the grid and storage question. Every increase in solar and wind energy raises a question of stability: what happens when the wind calms? What do we do during evening peak demand? Here, storage — batteries, pumped hydro, and hybrid solutions — may become a necessary condition. Otherwise, the country may find itself returning more often to gas or coal to cover gaps. In other words, expanding renewables without a similar expansion in flexibility may produce only a “half transition.”
The third is financing and social cost. Mega energy projects are expensive and require years. If contracts are not designed with transparency and clarity, and if projects are not connected to training and local job opportunities, citizens may continue to see only “numbers” without feeling a direct impact: lower bills, better services, and clearer employment opportunities. In the gas sector specifically, there is a risk of exposure to the global LNG market if contracts are not managed wisely, because LNG is a volatile global commodity. Some specialized analyses have warned that relying on LNG imports could create exposure to fossil fuel price fluctuations unless balanced by real renewable expansion.
Finally, there is the question of water, which is not mentioned enough. Renewable energy, green manufacturing, and green hydrogen are all projects that may be water-intensive, directly or indirectly. Therefore, linking energy projects to desalination, reuse, and water efficiency becomes a condition for success, not a side detail.
How Can Morocco Truly Win Its Energy Position? A Practical Roadmap
- Grid priority: Strengthen electricity transmission and interconnections between production areas and demand centers, while increasing the grid’s ability to absorb intermittent renewable energy.
- Storage and flexibility: Invest in storage solutions and demand management so that renewables do not become an unreliable source.
- Gas within clear limits: Use gas as a transitional phase with clear time and functional limits, not as a long-term alternative.
- Measurable green industry: Link green electricity to clear indicators: lower-carbon exports, jobs, and industrial localization.
- Governance and communication: Publish simplified periodic information for citizens on progress, cost, and impact, because trust is part of energy security.
Conclusion: Morocco Is Strengthening Its Energy Position, but the Real Test Is Execution
When we say that Morocco is strengthening its energy position, we are not merely describing an ambition, but a path being built on the ground: renewables expanding toward a target exceeding 52% by 2030, 5 GW of green electricity directed to industry, LNG and pipeline infrastructure to ensure flexibility, and a major regional project placing Morocco on the map of gas corridors. All of this looks logical on paper, but the real test is implementation: a strong grid, storage, transparency, and a balance between energy security and social cost.
Frequently Asked Questions
How dependent is Morocco on energy imports?
According to official and international business reports, Morocco imports around 90% of its energy needs.
What is Morocco’s renewable energy target by 2030?
The announced target is for renewable energy to exceed 52% of installed electricity capacity by 2030.
Why is Morocco turning to liquefied natural gas, LNG, despite renewable energy?
Because gas is used as a transition fuel that gives the grid flexibility to cover fluctuations in wind and solar power while reducing reliance on more polluting fuels.
What are the main details of the recent LNG and pipeline tenders?
The investment package is close to MAD 9.542 billion, with regasification capacity of 5.1 billion cubic meters per year, expandable to 7.5 billion, and a targeted operational horizon of 2027.
What does the Nigeria–Morocco pipeline project mean for the Kingdom’s energy position?
It is a regional positioning project with a transport capacity between 15 and 30 billion cubic meters per year and an estimated cost of around $25 billion.
Where does the greatest risk lie in Morocco’s energy positioning strategy?
In expanding renewables without sufficient grid and storage capacity, or in becoming too dependent on LNG imports in a volatile global market.