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Using efficient lighting really pays!

On the grid they can result in savings in bills but off-grid spending a little extra here gives huge savings in other system costs, extends the potential of the system and gives a superior quality of light.

Keeping rooms as light (in colour) as possible, and maximising natural lighting will reduce lighting demand and improve overall lighting efficiency. Lampshades should enhance the light and not be used in place of a lower wattage bulb! Lights should be placed where needed most, eg using desk lamps instead of lighting the whole room. Work lights should be placed to avoid working in your own shadow. Most importantly, any lights not being used should be turned off! 

Low Voltage DC Lighting

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Using low voltage DC lighting run directly from the battery store not only saves the cost of using an inverter but is also more efficient since low voltage bulbs give more lumens (brightness) per watt than equivalent 230 Vac bulbs. LEDs are the most efficient.

All lights have been selected as having high levels of illumination, whilst giving low current drain. Essential for any battery storage system.

Inverter & Grid Systems

If 230 Vac lighting is used then low energy bulbs incorporating LEDs should be used to keep the lighting load to a minimum.   For some load sensing off-grid inverters and automatic starting generators these will not appear as sufficient a load for starting purposes and so an ordinary filament bulb (say placed on a landing) or other load can be used just to switch the inverter on. 

Solar Street Lights

These are perfect for street and path lighting - providing reliable power without a mains connection, allowing flexible and cost-effective installation.

They can be used for professional lighting applications in outdoor areas: Residential and secondary roads; pedestrian and cycle paths; car parks; bus stops; parks etc.

See: Solaris Solar Street Lights