As Europe's energy landscape rapidly evolves, residential users are seeking smarter ways to reduce their dependence on the grid, cut electricity bills, and prepare for energy uncertainty. Home battery storage systems have become a top solution—especially in countries like Italy and the UK, where power prices are high and solar panel installations are growing fast.

TERLI is helping households across Europe take control of their energy future through modular, wall-mounted Lithium battery systems that are reliable, efficient, and designed for long-term use.

As energy consumption increases globally, the demand for high-capacity solar battery storage has grown—especially among homeowners and small businesses with heavy electrical loads. At TERLI, we provide scalable, modular energy storage systems designed to meet both residential and light commercial energy needs.

Today, we spotlight two impressive international installations in Belgium and Cambodia, both utilizing multiple 10kWh wall-mounted batteries in parallel to create reliable, expandable backup power systems.

As energy costs rise and grid reliability fluctuates in many regions, more homeowners are turning to standardized home energy storage systems to take control of their power needs. At TERLI, we specialize in delivering turnkey residential solar + battery systems that are safe, scalable, and tailored to everyday energy use.

Recently, we supported three successful installations in Lebanon, Poland, and Bulgaria, each featuring our best-selling 10kWh–15kWh wall-mounted Lithium battery systems.

As the Caribbean continues its push for sustainable, resilient energy solutions, one of our strategic partners in Martinique is leading the way. In collaboration with our exclusive local distributor, we've successfully delivered large-volume, OEM-branded battery systems—securely packed in custom wooden crates for seamless logistics and backed by an on-the-ground installation team.

As solar adoption accelerates across Southern Europe, more individual homeowners are turning to smart energy storage systems to gain energy independence, reduce electricity costs, and prepare for grid instability. In Spain and Portugal—two countries blessed with abundant sunshine—we've supported several residential customers in building custom battery backup systems designed for reliability, flexibility, and long-term efficiency.

Here's a look at three recent projects that reflect the growing demand for solar battery solutions (baterías solares para casa) in the Iberian Peninsula.

This case highlights two energy storage system installations delivered to an individual Russian customer—one for a restaurant and another for a private residence—both aiming to overcome power reliability challenges and rising energy needs.

In collaboration with a Danish-based solar engineering installation company, we recently delivered a fully customized OEM energy storage battery solution, along with custom monocrystalline solar panels tailored for branding and functional display.

This project is a testament to the growing demand for integrated solar and battery solutions in Europe—and the role of trusted OEM partners in enabling that transition.

As a high-tech enterprise committed to environmentally friendly home appliances, Dongguan Lvyuan Industrial Co., Ltd. is actively responding to China's national "dual carbon" goals of carbon peaking and carbon neutrality. In collaboration with a professional photovoltaic (PV) service team, the company has successfully constructed a 305.64kWp distributed solar PV system, marking a significant step into the era of intelligent green manufacturing.

The Vatti 7MWp Rooftop Solar Project delivers significant advantages, enhancing both economic efficiency and environmental sustainability. By utilizing 57,000m² of factory rooftop space, the system generates clean, renewable energy, substantially reducing dependence on the grid and lowering operational costs—saving Vatti over ¥2 million annually. Additionally, the project helps cut 1,987 tons of standard coal consumption and reduces 5,166.2 tons of CO₂ emissions each year, aligning with national carbon reduction targets. Integrated with 23 EV charging stations, the system also supports sustainable transportation within the facility. This project exemplifies how industrial enterprises can achieve energy independence, cost savings, and environmental responsibility through cutting-edge solar technology.