The West Bank solar project is emerging as a significant test case for how distributed renewable energy can strengthen electricity security in politically fragile regions. An Irish energy consultancy, Azorom, has completed a detailed feasibility study that could help unlock new solar and battery storage systems designed to reduce the Palestinian territory’s heavy dependence on imported power.
At a time when energy resilience has become as important as energy affordability, the study offers more than a technical snapshot. It provides the groundwork for investment, procurement and future deployment of scalable clean power infrastructure across the West Bank.
Why the West Bank solar project matters
The West Bank relies on Israel for roughly 87 per cent of its electricity needs, a dependence that leaves communities and businesses vulnerable to supply disruptions, political tensions and recurring outages. That reality has pushed Palestinian authorities to pursue more locally generated renewable energy, with solar power playing a central role.
The West Bank solar project is therefore about much more than adding panels to rooftops or substations. It is part of a broader strategy to improve:
- Energy independence by reducing imported electricity demand
- Grid reliability through battery storage and smarter network planning
- Economic resilience for homes, public services and businesses
- Long-term sustainability using solar PV instead of fuel-dependent generation
With Gaza enduring a prolonged electricity crisis since 2023, the urgency around secure and locally controlled energy systems has only intensified across Palestinian territories.
What Azorom’s feasibility study found
Azorom carried out a six-month assessment for the Palestinian Energy and Natural Resources Authority, or Penra, with World Bank funding. The goal was to examine existing solar generation, local electricity demand and the distribution networks to determine where additional renewable capacity could be added safely and economically.
In practical terms, the West Bank solar project focused on whether more solar power could be integrated without destabilising local grids, and where battery storage would be needed to absorb excess generation and support power supply during peak demand.
Two pilot networks under review
The study examined two electricity networks with different operating conditions:
- Tulkarem Municipality, representing an urban network with more than 12MW of installed solar PV
- Tubas District Electricity Company (TDECO), a largely rural network with more than 27MW of solar PV
Together, these systems serve about 54,000 customers. By analysing both an urban and rural network, the project aimed to create a model that could be replicated elsewhere in the West Bank.
From analysis to investment-ready planning
One of the most important outcomes of the study is that it went beyond technical diagnosis. Azorom said it prepared investment-ready procurement documentation, helping translate engineering analysis into the kind of framework that funders, public agencies and contractors need before projects can move to delivery.
That makes the West Bank solar project especially notable in technology and infrastructure circles. Many clean energy plans stall at the concept stage; this one is being structured for implementation.
Solar plus storage is the key technology mix
Adding more solar panels alone is not enough for a constrained electricity network. When renewable generation rises quickly during sunny periods, local grids need the flexibility to manage voltage, demand fluctuations and evening supply gaps. That is where battery energy storage systems become essential.
For the West Bank solar project, battery storage could help:
- Store daytime solar output for use after sunset
- Reduce stress on distribution infrastructure
- Improve grid stability during demand spikes
- Limit curtailment of renewable generation
- Support a more reliable power supply for businesses and households
This combination of distributed solar and batteries is increasingly seen worldwide as a practical route to decentralised, resilient energy systems, especially in regions where traditional grid expansion is slow or politically complicated.
How this fits into Palestine’s 2030 renewable target
Penra is targeting an additional 1,430MW of solar PV by 2030, nearly five times the current installed solar capacity across the West Bank and Gaza combined. That makes the West Bank solar project one of the more important building blocks in a much larger energy transition plan.
If the pilot model proves effective, it could provide a template for future distributed generation projects across multiple municipalities and electricity distributors. In that sense, the technology challenge is not only about generation capacity but also about integration, storage, financing and procurement discipline.
Operating in a difficult environment
Delivering technical work in conflict-affected areas comes with obvious complications. According to Azorom, the company relied on a combination of remote international expertise and local specialists on the ground. That hybrid model allowed the feasibility work to continue despite regional instability.
For the wider energy sector, the West Bank solar project also highlights an emerging trend: infrastructure consulting is becoming more flexible, digitally coordinated and locally anchored when security conditions limit international travel.
What happens next
The next phase will likely depend on financing, procurement execution and public-sector coordination. But the feasibility stage is a critical milestone because it identifies how much extra solar can be accommodated, where storage is required and what technical upgrades are needed first.
If successfully implemented, the West Bank solar project could become a blueprint for renewable energy deployment in constrained and contested markets. It shows that clean energy is not just a climate tool; it is also a technology-led solution for reliability, sovereignty and economic continuity.
In the years ahead, the West Bank solar project may be remembered not simply as a regional energy plan, but as a model for how solar power and batteries can help communities build more secure futures under difficult conditions.
