Unveiling the FranklinWH Whole Home Energy Management System
FranklinWH Energy Storage Inc. is thrilled to announce the general availability of its revolutionary whole home energy management system. This cutting-edge system includes the highly anticipated aPower 2 battery, which boasts an impressive capacity of 15 kWh and a continuous output of 10 kW. This significant technological advancement demonstrates FranklinWH's dedication to optimizing energy management for homeowners.
Innovative Features and Enhanced Performance
The aPower 2 battery is specifically designed with lithium iron phosphate (LFP) technology, providing superior performance and reliability. Alongside the aPower 2, the FranklinWH system features the upgraded aGate, an intelligent management device that seamlessly integrates energy sources and FranklinWH batteries. This integration helps homeowners manage their energy loads more effectively, responding proactively to changing energy demands.
Smart Management with the FranklinWH App
In addition to hardware improvements, the FranklinWH App has been updated with an array of user-friendly features. Homeowners can now enjoy a visually revamped interface, utilize a smart voice assistant for convenient hands-free operation, and access enhanced energy data analytics. These features empower users to make informed decisions about their energy consumption, maximizing efficiency.
Commitment to Quality and Reliability
FranklinWH understands the importance of energy independence, especially during times of increased energy demand and severe weather. CEO Gary Lam emphasizes the company's commitment to providing consumers with peace of mind through these next-generation solutions. With the enhancements in the aPower 2, homeowners can rely on a robust energy backup, capable of supporting critical home appliances, including high-demand AC units.
Flexible Installations and Enhanced Warranty
Available through a growing network of over 2,000 installers, the FranklinWH whole home system is designed to meet varying homeowner needs. Customers can look forward to receiving a version of the aPower 2 that is compliant with domestic content requirements. The enhanced warranty offers coverage for up to 15 years, or 60 MWh throughput, ensuring long-term reliability and value.
A Solution for All Climates
The innovations of FranklinWH's solutions also extend to their performance under diverse environmental conditions. With a fan-less convection cooling system, these batteries operate quietly compared to traditional fan-cooled models. This feature not only enhances user experience but also contributes to energy efficiency.
About FranklinWH Energy Storage Inc.
Founded in the San Francisco Bay Area, FranklinWH is driven by a team of experts well-versed in energy systems, manufacturing, sales, and installation. The company prioritizes research and development to create forward-thinking residential energy management and storage solutions. Homeowners looking for a reliable and efficient way to achieve energy freedom should explore all that FranklinWH has to offer on their website.
Frequently Asked Questions
What is the aPower 2 battery?
The aPower 2 is a lithium iron phosphate (LFP) battery designed for residential energy storage, offering 15 kWh capacity and a continuous output of 10 kW.
How does the FranklinWH App enhance energy management?
The FranklinWH App provides users with a smart voice assistant, visual upgrades, and detailed energy analytics, allowing for efficient energy management at home.
What warranty does FranklinWH offer on the aPower 2?
FranklinWH offers a warranty of up to 15 years or 60 MWh throughput on the aPower 2 battery, ensuring reliability and long-term peace of mind for homeowners.
Where can I purchase the FranklinWH system?
The FranklinWH system is available through a network of over 2,000 certified installation companies across the United States.
What makes FranklinWH's solution suitable for all climates?
The systems utilize fan-less convection cooling, making them quieter and more efficient compared to traditional battery systems, allowing them to perform optimally across various climates.
