Amidst the hope and extraordinary possibilities for rebuilding Venezuela lies a harsh reality: without electricity, Venezuela is stuck.
Restoring the national electricity grid will take years and billions of dollars. Meanwhile, millions of Venezuelans will continue struggling with blackouts, businesses will operate below capacity, and economic recovery will remain severely constrained.
But there is an alternative. And it can begin now.
The answer may be shining directly above us.
Affordable, small-scale solar energy systems can provide households with enough electricity for essential needs: lighting, internet access, fans, refrigeration, and communications. They can operate independently of the national grid, storing electricity in batteries for use at night or during blackouts1.
The technology is not experimental. It is already transforming lives across Africa and other developing markets2. According to the Global Off-Grid Solar Industry Association GOGLA, more than 10 million solar energy kits were sold by its affiliated companies in 2025. These companies now serve approximately 148 million people worldwide3.
The business model is equally important. Rather than requiring families to purchase equipment outright, companies offer affordable monthly payments, sometimes as little as $20 for basic systems. More powerful installations, particularly those supporting refrigeration, require additional investment4.
Consider what this could mean for Venezuela.
Using eight million households as an illustrative national market, a $20 monthly subscription represents nearly $2 billion in potential annual revenues. Even reaching a fraction of these households could create a substantial new industry, attracting entrepreneurs, technology providers, investors, and financial institutions.
And this could be an attractive investment. Preliminary financial models suggest that appropriately structured projects might achieve annual returns approaching 18%, although these assumptions require detailed validation5.
But the real return would be far greater.
Imagine millions of families no longer living in fear of the next blackout. Children studying after dark. Refrigerators preserve food and medicine. Small businesses are operating reliably. Families connected to the internet and the outside world.
The implications extend beyond individual households. Distributed solar could create thousands of jobs in installation, maintenance, distribution, financing, and customer service. Local assembly and manufacturing could eventually become viable.
There are important practical questions:
How much electricity does a typical Venezuelan household require?
What happens in apartment buildings with dozens of families sharing limited rooftop space?
Which technologies offer the lowest lifetime cost?
How can families with limited incomes afford the monthly payments?6
And perhaps most importantly, how can private companies, investors, development institutions, and Corpoelec collaborate to bring these solutions to market rapidly?
Solar will not replace the national grid. Venezuela still needs large-scale investment in generation, transmission, and distribution to restore industrial productivity and economic growth.
But household electricity and national grid reconstruction should be two parallel missions, not sequential ones.
There is no reason for millions of families to wait years for electricity when practical alternatives already exist.
The Venezuela Project has begun preparing a white paper examining the technologies, business models, financing structures, and partnerships required to deploy affordable household solar nationwide.
We invite energy companies, investors, researchers, and entrepreneurs to contribute their expertise. Contact us.
The sun cannot solve every electricity problem in Venezuela. But it could change millions of lives—and it can begin now.
1 Off-grid solar systems combine solar panels, battery storage, and an inverter to provide electricity independently of the national grid. Stored energy can be used at night or when grid electricity is unavailable.
2 Off-grid solar refers to electricity systems that operate independently of centralized power grids. These solutions are particularly relevant in developing countries where grid infrastructure is unreliable or access to electricity remains limited.
3 GOGLA (Global Off-Grid Lighting Association) is the global industry association for the off-grid solar energy sector. Its market data tracks sales and the number of people reached by affiliated companies.
4 Pay-as-you-go (PAYGo) is a financing model that allows customers to pay for solar systems through small installments over time, rather than purchasing the equipment upfront. Payment structures and monthly costs vary depending on system capacity and provider.
5 These figures are illustrative projections based on an assumed market of eight million households paying $20 per month. The estimated 18% annual return is a preliminary financial assumption and is not a guaranteed investment return.
6 Household affordability depends on income levels, financing availability, system capacity, and installation costs. Even relatively low monthly payments may represent a significant expense for families with limited purchasing power.
