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APRS World WT10

Aprs wt10 turbine

Product Description:

Wind‑powered generators that produce electricity, often used in hybrid solar‑wind systems. APRS World can supply you with a complete integrated and tested micro wind turbine or hybrid wind/solar power and control system. They manufacture turbine control panels, output cables, dump loads, tower components, specialized installation tools, and even highly innovative mounting structures for ISO shipping containers.

Product highlights:

  • Perfect for Harsh Environments — APRS World’s WT10 micro wind turbine is the premiere wind generator for extreme wind environments. The company has spent years developing and testing the WT10 in downright brutal locations and applications. Regular 150+ MPH winds, ice, and lightning. Every component of the WT10 has been repeatedly revised to make it as tough as possible and work in the most demanding enviroments. Simply put, there isn’t a tougher micro wind turbine on the market.
  • Made in USA — with pride. The WT10 is assembled in the USA with as many USA made components as possible. The only major non-USA components are the European designed and molded blades and the Asian made bearings. While other companies continue to move manufacturing overseas, APRS World has invested heavily to bring the generator manufacturing to the USA.
  • WT10 Design — The WT10 is designed to be strong and power through anything mother nature can throw at it. Nearly every component on the WT10 is designed by APRS World and custom manufactured for us. Off the shelf components neither fit nor provided the reliability we require. Most components are machined from solid metal or engineered plastic. All components are sealed, plated, or otherwise designed to provide the most reliable service.

Product Specifications:

Have questions?

    • RES works with residential, commercial, and remote applications and can evaluate storage, generator integration, electrical infrastructure, controls, and ongoing support as one system.

    • Alaska temperatures affect battery performance and charging, so siting, enclosures, and heating are part of the design.

    • Batteries carry loads instantly and silently, while a generator extends runtime when the outage outlasts stored energy.

    • Runtime depends on the critical-load profile, battery capacity, and whether a generator or solar recharges the system. RES designs to a runtime target agreed with the facility.

    • RES starts with an energy audit and load calculations to separate critical loads (refrigeration, servers, medical or process equipment, life-safety lighting) from loads that can wait. The critical-load list drives battery capacity, generator size, and the electrical integration design.

    • Contact RES with your project location, facility type, current energy sources, approximate energy requirements, and operational goals.

    • Yes. RES provides operations and maintenance services, including monitoring, preventative maintenance, battery testing, troubleshooting, repairs, and system upgrades.

    • Renewable energy may help reduce electricity purchases, fuel consumption, or exposure to changing energy costs. Actual financial benefits depend on system design, energy demand, utility rates, fuel costs, project location, and installation expenses.

    • Yes. RES serves customers across Alaska, including rural and remote locations.

    • Yes. RES designs hybrid power systems that can combine renewable generation, battery storage, generators, and existing electrical infrastructure.