Q3: What New Energy Product Should Eco-Worthy Build Next?

Order placed May 22, 2025 — Order #114‑7319655‑2765042.
After upgrading my wheelchair with the ECO‑WORTHY 12V 50Ah LiFePO4 Bluetooth battery, my daily life changed completely. The longer runtime is great, but the real game‑changer is the Bluetooth monitoring — being able to check my power level anytime gives me total peace of mind when I’m out in the community.

Because of that, I’d love to see Eco‑Worthy create a new product line focused on mobility independence: a compact ‘Smart Mobility Power Hub’ designed for wheelchairs, scooters, and medical devices. Built‑in Bluetooth, safe LiFePO4 chemistry, and real‑time monitoring would help so many people stay confident and independent.

This battery already improved my life — expanding this technology could help thousands more.

Order placed May 22, 2025 — Order #114‑7319655‑2765042.
Ever since I upgraded to the ECO‑WORTHY 12V 50Ah LiFePO4 Lithium Battery with the XT60 interface and Bluetooth, my wheelchair has been lasting so much longer. The best part is the Bluetooth monitoring — I can check my power level anytime right from my phone. Now I can finally relax when I’m out because I always know exactly how much battery I have left.

Thankful for all your time & all your efforts regarding our shared interest Pax et bonum

I would like to see you market a hydro generator system for sailboats. This would be a hull or rail mounted, flip down/up propellor that runs a 12/24 volt battery charging system. When I am under sail running at 4 to 7 knots a free wheeling propellor spins constantly and could generate massive amounts of free dc power. There are some of these on the market already, but they are specialty items that are usually too expensive to make it worth installing.

If I were looking at Eco-Worthy’s lineup and thinking about what’s actually missing, I’d say they should build a smart load management panel for solar battery systems.

One of the biggest practical problems once someone has a battery bank and inverter is deciding what gets powered when the battery starts getting low. Most systems today just dump everything on the inverter and hope for the best. When the battery hits a cutoff voltage, everything shuts off at once.

An energy product you could build next could be a panel that sits between the inverter and the house loads and manages them automatically. It could monitor battery state of charge and then start shedding non-essential loads as the battery drops. For example, it might turn off water heaters, EV charging, or shop circuits first, while keeping refrigerators, lights, and networking equipment running.

An improvement to mine/your battery system would be a DC-to-DC converter for EV charging or workshop equipment. A lot of people with 48-volt solar systems eventually want to power things like welders, EV chargers, or large tools more efficiently. A rugged DC power converter designed specifically for off-grid systems would open up interesting uses beyond just household loads.