A 20kWh Residential Energy Storage Upgrade in Spain We recently received installation photos from a customer in Spain. The customer already owned a Deye inverter and wanted to increase the storage capacity of the existing home solar system. To meet this requirement, LVFU Energy supplied

As more residential and commercial users seek stable and flexible energy storage, many customers want to expand battery capacity while keeping their existing equipment. In this Romania project, LVFU Energy supplied four 51.2V 280Ah floor-standing lithium batteries and integrated them with the customer’s existing Deye

As more households adopt solar power and energy storage, many homeowners want to increase their storage capacity without replacing the inverter they already own. In this Philippines residential energy storage project, LVFU Energy supplied four 10 kWh wall-mounted batteries with a total configured capacity of

As more Portuguese households adopt solar power, they are also looking for practical ways to increase solar self-consumption and manage household electricity more flexibly. For this Portugal residential energy storage project, we supplied three 10 kWh wall-mounted batteries with a combined capacity of 30 kWh.

1. Real-World Application: Gadjah Mada University (UNY) Campus Smart city and green campus initiatives demand exceptionally reliable power supplies to ensure zero-downtime operations. In response to this vision, PT Satria Tama Energi recently deployed LVFU batteries in an outdoor solar system at Yogyakarta State University

Project Overview Project Type: Off-grid solar + storage system for a residential home in the Philippines Equipment Selected: 2 x LVFU 51.2V 280Ah floor-standing batteries (total capacity approx. 28.6kWh) Inverter: Customer's own existing inverter (fully compatible) Operating Model: During the day, solar panels generate power and charge the batteries

10 x LVFU 10kWh Wall-Mounted Batteries + 2 x Deye Inverters Project Background Project Location: Philippines (remote island / rural area / off-grid region) System Type: Pure off-grid solar + storage system (independent microgrid) Core Requirement: Provide 24/7 uninterrupted power supply with no grid support, relying entirely on

In the Philippines, households face two major energy hurdles: soaring electricity prices and frequent power outages caused by extreme weather. To secure a more stable and economical power supply, an increasing number of families are turning to high-capacity storage solutions. This article highlights a prominent