Technology

From moving water to clean electricity, in four steps.

You do not need an engineering degree to understand how an AXL turbine works. Here it is, in plain English, with a diagram you can take to a council meeting.

Step 1. Water that is already moving

We do not dam rivers. We do not dig new channels. We look for places where water is already flowing with force: the pressurized mains that feed a city, or the narrow tidal channels along the BC coast where the ocean rushes past twice a day. In both cases the energy is already there. Today, most of it is wasted.

Step 2. A rotor in the flow

A rotor is just a set of shaped blades on a shaft. Moving water pushes the blades, the blades turn the shaft. In the AXL-T the rotor sits inside a housing that bolts into the pipe. In the AXL ocean unit the rotor sits inside a nacelle suspended in the current. Same physics, different packaging.

Step 3. A generator turns rotation into electricity

The shaft is coupled to a generator. As the shaft turns, the generator produces electricity. This part is standard industrial technology, the same principle used in every hydroelectric dam on the continent, just at a much smaller and more distributed scale.

Step 4. An inverter puts it on the grid

The raw electricity from the generator is conditioned by a power inverter into grid-quality AC at the right voltage and frequency. From there it goes into the local electrical system, either behind the meter of the facility that owns the turbine, or exported to the utility. Metering, safety, and protection are handled by equipment that every utility already knows how to certify.

Why this matters for BC

British Columbia already has excellent hydroelectric capacity. The question is not whether to build more big dams. The question is what to do with the flows nobody is capturing yet: the municipal mains, the tidal channels, the overlooked low-head drops. AXL Energy answers that question with hardware you can see, touch, and service locally.

• No new dams or reservoirs.
• No disruption to the water supply.
• Locally maintained, locally owned, locally understood.
• A path for BC cleantech engineering talent to stay in BC.

Safety and environment

Every AXL turbine is designed so that a failure drops it into a safe state. In-pipe units default to a bypass flow path. Ocean units feather and brake above rated current. Environmental review and marine-life mitigation are built into the deployment plan from day one, not bolted on at the end.