This is a classic example where a client utilized the SRNE 10KW Storage Inverter along with six sets of MENRED ESS LFP.6144.G2 to create a photovoltaic energy storage system. Each LFP.6144.G2 unit boasts a capacity of 12.28kWh, and when six units are paralleled, they offer a total capacity of 73.68kWh. This configuration is capable of powering a 10KW inverter for seven hours in the absence of grid electricity and solar input. Upon receiving the address, it was determined that the installation site was an economical motel. The system includes 16pcs of Canadian 550W Mono solar panels, achieving a total of 8800W. The SRNE 10KW storage inverter accommodates dual PV inputs, each supporting up to 5500W of solar panel input, allowing for a total PV input of up to 11KW. With an MPPT voltage range of 125V-425V, a series connection of 8pcs of Canadian 550W mono solar panels falls well within the inverter’s operational range, ensuring efficient performance.
Located along a main road, this unassuming budget hotel offers a unique lodging experience powered by green energy. Situated just 2 km away from Uptown Tagbilaran bus station, the hotel is conveniently placed 4 km from Island City Mall and 11 km from the Baclayon Art Museum, making it a strategic spot for travelers looking to explore the area.
The hotel’s down-to-earth rooms are simply furnished yet comfortable, equipped with Wi-Fi and flat-screen TVs for a pleasant stay. Each room comes with an en suite wet room, ensuring privacy and convenience. Select rooms also feature mini-fridges, living areas, and/or bunk beds, catering to a variety of needs and preferences.
For those traveling by car, parking facilities are available on-site. If you find yourself passing through, consider spending a night at this hotel to experience the difference that green energy makes in the hospitality industry.
In this impressive installation, the MENRED ESS LFP.6144.G2 battery series showcases its robustness and user-friendly design. Capable of supporting up to six units in parallel, the system can amass a substantial 73.68kWh capacity, ample for a wide range of applications. The G series batteries emphasize ease of expansion and straightforward installation. A simple Ethernet cable is the lifeline that connects and enables communication between the units, making the setup process as easy as plug-and-play.
The built-in Battery Management System (BMS) intelligently maintains balance across the battery groups, ensuring the system operates at its best. The flexibility in the G series design is noteworthy—it accommodates either wall mounting or stacking, providing versatility beyond the rigid configurations of traditional battery setups. This flexibility is not only a space-saver but also a nod to the practical needs of modern installations, reinforcing the stability of the entire system.
In the featured case, linking six LFP.6144.G2 units yielded a powerful current capacity of 1440 Amps, ready to serve even the most demanding inverters. During the installation, the team encountered a hiccup—a short circuit that prompted a swift call for technical assistance. Remarkably, the batteries entered a protective mode, averting potential hazards and affirming the G series’ reliability. The solution was straightforward: disconnect, reboot, and reassess. This no-fuss approach got the system back on track promptly, with the entire setup running smoothly shortly after. The success story found its way to Facebook, where it was shared as a testament to the resilience and efficiency of the MENRED ESS battery systems.
The G series from MENRED ESS offers even more versatility in its design options. A single LFP.6144.GM can connect to as many as eight LFP.6144.G units, pushing a single group’s capacity to an impressive 49.15kWh. For larger energy requirements, up to 4 LFP.6144.GM units can be paralleled, amassing a total capacity of 196.6kWh. This scalability not only meets but exceeds the energy storage needs of various scales, from residential to commercial applications. With such potential, the G series stands ready to facilitate a myriad of installation scenarios. We eagerly anticipate seeing more case studies showcasing the capability and flexibility of these advanced energy solutions.
