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Rutland 160W HRSi Regulator

HRSi conveniently brings together a Rutland Windcharger voltage regulator with an input for up to 160 Watts of photovoltaic panels in a single easy to install device. FOB: Toronto, Ontario.

Product Code: Rutland HRSI

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Item / Price
Stock Type
Inventory On Hand 04/28 @ 04:45 PM
Product Code
Order Quantity
$215.99
Usually Stocked Item
Rutland HRSI


CUSTOM: rutland-160w-hrsi-regulator

 

Marlec's HRSi Charge Regulator once again leads the small wind turbine industry in technology and product features. The HRSi conveniently brings together a Rutland Windcharger voltage regulator with an input for up to 160Watts of photovoltaic panels in a single easy to install device. Multi-stage charge control delivers appropriate charge levels required to ensure your batteries get the maximum power they are able to retain and remain float charged.

Technical Features

  • Pulse Width Modulation (PWM) regulation is now more finely controlled using the latest programmable microcontrollers. PWM regulation monitors battery voltage to prevent overcharge. As peak voltages are reached the HRSi tapers the input charge from the wind & solar chargers gradually reducing input to float stage level. This feature gradually reduces the speed of the turbine to an eventual “idle” thus extending the working life of the windcharger. As the battery discharges the wind turbine responds by increasing speed to deliver more power. Solar power is also tapered in the same way.
  • Intelligent Microcontroller system is programmed to deliver bulk and float phase charging. This feature ensures that batteries are optimally charged, especially when unattended.
  • LED indicators keep the user informed about battery voltage levels and charging status.
  • Manual shutdown switch allows the user to stop the wind & solar chargers from delivering power to the battery if required. The windcharger slows to a “idle” in this mode.
  • Easy to connect terminals to interface windcharger, solar panels & battery connection.
  • Temperature compensation automatically adjusts the settings of the regulator to take account of varying temperatures thus ensuring maximum charging efficiency in all conditions.
  • Built in blocking diode avoids conflict with other charging sources to the same battery. (1)
  • Automatic voltage detection for 12V or 24V systems (2)
  • Built-in charge fuse protects the wiring circuit in the event of accidental reverse polarity connection.
  • User voltage programme feature allows resetting of voltage cut in levels. Requires a variable DC power supply.

Notes:
1. Solar panels must be fitted with diodes
2. Batteries must be connected first for auto detection.

Technical Data

Input Capacity:
1 x Rutland 913 or FM910-3 Furlmatic or Rutland 503 Windcharger plus 160Watts peak rated solar panels maximum.
For connection to a single battery bank ( wired in parallel for 12 V and in series for 24 V ).

LED Display:

Tri-Colour LED indicating battery voltage: Tri-Colour LED indicating charging status:
Flashing Red Battery Very Low Green Charging
Red <12V (24V) Amber Charging & Regulating
Amber >12V & <13V (>24V &<26V) Red Regulating
Green >13V (26V)    

Dimensions:
Product 130 x 80 x 42 mm 185 g
Packaged 160 x 110 x 60 mm 255 g




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Wind Generators



Wind Power:
To decrease your "boating footprint", why not start harnessing wind power to produce electricity?

In theory, large windmills generate huge amounts of electricity for municipalities. With blades of more than 100 feet in length, these generators can be cost effective.

However, on a smaller scale, most recreational boaters are less likely to produce vast amounts of electricity in this way. First of all, boats sit at sea level. At sea, they spend half their time in the troughs of waves, and when at dock, other boats block most of the wind. Second of all, the wind isn't always willing to cooperate unless you are fortunate enough to live in a region of trade winds.

That said, in certain regions, the wind blows relentlessly day and night at ideal velocities. Why not take advantage of it?!

Wind power is a great supplement to using solar power. A beautiful coincidence is that the wind can often blow when solar panels are less effective - during storms, at night, in the winter - and they take up vertical space, rather than horizontal space.

How does it work?

Wind turns a turbine which convert this kinetic energy into electricity. Wind turbines range in size from the ability to produce 1 watt to over 500 watts.

Concerns with Wind Power:

Noise

Wind generators can be quite noisy. In our experience, the generators with short, narrow blades tend to make a "whizzzzz" sounds at high speeds. This is often caused by turbulance from the blades themselves, or the bearings inside the generator. Some seem to make more noise during times of acceleration. Larger and wider blades tend to move slower and therefore less noise. They accelerate slower so may create less noise. Larger blades tend to be more powerful, but tend to underperform during low winds.

Noise is completely subjective - some people are more sensitive than others, so it's best to do research on which models will be tolerated by your crew and neighbours!

Placement

It is a good idea to put plenty of thought to where you will mount a wind turbine. Atop a mizzen mast is quite popular - the higher it is, the quieter and more effective it will be. Plus, there's no need for a mounting pole on your deck. However, they are tough to access for maintenance, especially if you need to dismount it in a unsafe situation.

Wind turbines are quite effective at their wind range of usually 10-15 knots.

Overcharging

Use a charge controller to protect your batteries from overcharge.

Conclusion:

For weekend warriors, wind power may not be worthwhile. However, wind power can be a desirable way to generate electricity in one or more of the following situations:

  • Your boat lies more than 40 metres from others (or your wind generator is quiet most of the time)
  • You often have access to undisturbed breeze
  • You live at latitudes where solar power is less practical
  • You spend multiple days at sea