V-Land Launches Complete Home Solar Power System with Lithium Battery Storage

Shanghai, China – V-Land, a leading innovator in renewable energy products, has launched an all-in-one integrated home solar power system with lithium battery storage. This comprehensive system harnesses the power of the sun to provide clean energy for homes and serves as a reliable power backup solution during grid outages.
The complete V-Land home solar power system consists of high-efficiency monocrystalline solar panels that maximize solar yield, a smart hybrid inverter with MPPT to optimize solar harvesting, and an eco-friendly lithium iron phosphate battery bank for stable solar energy storage.
Key features of the new system include:
- Premium monocrystalline solar panels with 22% efficiency ratings to produce robust solar energy generation.
- An intelligent hybrid inverter that adapts to solar conditions and manages battery charging for optimal efficiency.
- Lithium iron phosphate battery bank ranging from 5kWh up to 30kWh, providing whole home backup power capacity.
- Modular and customizable system design based on individual home energy needs and requirements.
- User-friendly touchscreen monitoring display with detailed energy usage analytics.
- Compact and aesthetically pleasing components for residential roof installation.
- 25-year solar panel performance warranty and 10-year system workmanship warranty.
“Our integrated solar energy system with lithium battery storage provides homeowners the ability to take control of their energy needs with clean, renewable solar power and achieve power independence during utility outages,” said Ms. Lee, CEO of V-Land. “With flexible sizing from 5kW to 30kW and intuitive monitoring, customers can customize the solar power system to match their unique energy demands.”
V-Land’s all-in-one solar energy solution combines high-efficiency solar power generation, smart energy management and storage to deliver optimal home energy solutions. Interested buyers can visit the company’s website for pricing details and system sizing recommendations based on their household energy consumption.