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We have cooperated with more than 200 countries in solar energy projects and road lighting projects. We have exported products to many countries and participated in many important government projects around the world.
We have cooperated with more than 200 countries in solar energy projects and road lighting projects. We have exported products to many countries and participated in many important government projects around the world.
Anern has 17 years of experience in solar lighting and solar product manufacturing. Anern is headquartered in Guangzhou. With a production base of 7,000 square meters, our company has an R&D team of more than 100 people.
This project explains the procurement and deployment of 400 hybrid solar inverters in Lebanon, primarily serving commercial buildings and shopping malls with high and continuous electricity demand.
Project Name: Lebanon Purchase of 400 Hybrid Solar Inverters
Project Date: November 13, 2023
Project Location: Lebanon
System Quantity: 400 hybrid solar inverters
Inverter Models:
Lebanon is experiencing a severe, long-term energy crisis characterized by the near-collapse of its state-owned utility, Électricité du Liban (EDL). The country relies heavily on imported, polluting heavy fuel oil and diesel, with roughly 95% of its primary energy imported. This has created a dysfunctional system where, as of 2022–2023, the government could only provide one to three hours of electricity per day, driving massive, expensive reliance on private, polluting diesel generators. (source: https://www.arab-reform.net/publication/new-directions-for-lebanons-energy-sector-an-arab-reform-initiative-perspective/)
Structural power supply challenges include:
High and Growing Demand
Heavy Reliance on Imported Fossil Fuels
Elevated Energy Costs
Supply Instability and Infrastructure Decay
Impact on Business and Recent Developments:
Small Business Strain
Regulatory Reforms
War Impacts
As a result, many commercial property owners and operators have actively explored solar-based power systems to improve energy independence and reduce long-term operating costs. ( More read: The Future of Lebanon's Unlikely Solar Revolution)
The core objectives of this project were:
Reduce dependence on imported electricity and fuel-based power generation
Improve energy reliability for commercial buildings and shopping malls
Enable on-site solar power utilization with flexible energy management
Establish a scalable hybrid power solution suitable for urban commercial use
Hybrid solar inverter systems were selected as the preferred solution due to their ability to integrate solar power, grid electricity, and battery storage.
Before finalizing the procurement, project stakeholders conducted a comparison of multiple hybrid inverter solutions available in the market.
Key evaluation criteria included:
MPPT efficiency for solar energy harvesting
Output waveform quality suitable for commercial equipment
Stability under continuous and variable load conditions
Compatibility with battery storage systems
Long-term operational reliability
After technical evaluation, Anern MPPT Hybrid Solar Inverter PRO and Pure Sine Wave Hybrid Inverter models were selected to meet the projec's technical and operational requirements.
The deployed hybrid inverter systems provide:
MPPT solar charge control for optimized photovoltaic energy utilization
Pure sine wave AC output, suitable for sensitive and commercial-grade electrical equipment
Seamless switching between solar, grid, and battery power sources
Support for continuous operation in commercial environments
This configuration allows buildings to prioritize solar energy usage while maintaining stable power supply when solar generation fluctuates.
A total of 400 hybrid inverters were installed across multiple sites in Lebanon, mainly applied in:
Commercial office buildings
Shopping malls
Mixed-use facilities with high daytime electricity demand
Local installation teams carried out system deployment and commissioning in accordance with standard electrical installation practices.
Following system deployment, the project achieved several measurable results:
Reduced reliance on imported energy sources
Improved power stability for commercial operations
Lower long-term electricity costs
Increased adoption of renewable energy in urban commercial settings
This project demonstrates the practicality of hybrid solar inverter solutions in addressing energy challenges in regions with high energy costs and unstable power supply.
In November 2023, 400 hybrid solar inverters were deployed in Lebanon.
The project utilized MPPT Hybrid Solar Inverter PRO and Pure Sine Wave Hybrid Inverter models.
The systems were applied to commercial buildings and shopping malls.
The objective was to reduce dependence on imported energy and improve power reliability.
Hybrid inverter systems enabled flexible integration of solar, grid, and battery power.
This Lebanon project illustrates how large-scale hybrid solar inverter deployment can improve energy reliability and reduce dependence on imported power in commercial environments.
Hybrid inverters allow commercial buildings to combine solar power with grid electricity and battery storage, improving reliability and energy efficiency.
The inverters were deployed primarily in commercial buildings and shopping malls with high and continuous electricity demand.
MPPT technology maximizes solar energy harvesting efficiency, especially under varying sunlight conditions common in urban installations.
Pure sine wave output ensures stable operation of sensitive equipment such as elevators, lighting systems, servers, and electronic devices.
Installation and commissioning were completed by local technical teams following standard electrical and safety guidelines.
Yes. The same configuration can be adapted for other commercial or urban solar projects with similar energy requirements.
