Solid State Light Chip

Solid State Light Chip

Renergy’s invested interest in artificial lighting technology is aimed at creating a more successful growing climate.  Solid state lighting is the future of efficient, sustainable lighting solutions. The photos below represent the next stage in the (r)evolution of lighting technology. Light-Chips are not like bulbs or LED’s, they are a printed circuit boards with light emitting pixels; and the benefits make it a superior product.

The benefits of Renergy’s Light-Chip are numerous. The Light-Chip boasts an average rated life span of 80,000 hours. It creates 100-110 lumens per watt; or 50-1500 micromoles for photosynthesis; and lamp lumen depreciation value of .96. For those in the agriculture industry, the Light-Chip can be customized to meet spectrum specific criteria needed for maximum photosynthesis (ideally 660nm and 440nm, 4-1 ratio). The operating temperature is 120 degrees Fahrenheit,  significantly lower than traditional HID and LED equivalencies; and is warm to the touch allowing plants within inches for maximum micromoles and without the chance of burning. With these benefits, commercial growers and indoor gardening enthusiasts alike can start to address issues in creating a successful growing climate (energy consumption, heating / cooling, maximum photosynthesis).

Check back often for updates, details, and product information.

Light Chip (not LED): Wavelength spectrum specific for optimal photosynthesis

Light Chip (not LED): Wavelength spectrum specific for optimal photosynthesis

Printed Circuit Board Light Chip: 110 Lumens per Watt

Printed Circuit Board Light Chip: 110 Lumens per Watt

Printed Circuit Board: Color spectrum grow light

Light Chip: Light emitting pixel for optimal photosynthesis (photo heavily filtered)

Printed Circuit Board Light Chip: Superior Photosynthesis grow light

Printed Circuit Board Light Chip: Superior Photosynthesis Grow Light

ETFE – Pillows

These photos show our prototype ETFE pillows. The pneumatic ETFE pillow will be used to encapsulate our BioDomes, adding a number of beneficial characteristics. ETFE, compared to greenhouse glass, is 1% of the weight, transmits more light, and costs 24%-75% less to install. Other characteristics include being able to bear 400 times its own weight, 50-year life span, self-cleaning, and recyclable (http://bit.ly/v96qQ8).

Biodome

Bidome: ETFE incorporated along light weight structure.

3'x3' pneumatic ETFE pillow

3'x3' pneumatic ETFE pillow, front view

3'x3' pneumatic ETFE pillow, side view

ETFE pillow, pressure control valve

MicroDome Architectural Drawings

The following architectual drawings provide various perspectives of the first ETFE Biodome, which is to be called the MicroDome. It is intended to be sold to small and aspiring commercial growers. Its key benefit is to provide a climate-controlled environment which enables stable year-round crop production through the use of pneumatic ETFE pillows. Its small carbon footprint, when combined with the Vertical Growing Cabinet, will provide a cost-effective growing solution.

Isometric view of ETFE Biodome (MicroDome)

North elevation of ETFE Biodome (MicroDome)

East elevation of ETFE Biodome (MicroDome)

South elevation of ETFE Biodome (MicroDome)

West elevation of ETFE Biodome (MicroDome)

Roof plan of ETFE Biodome (MicroDome)

Ground Floor Plan of ETFE Bidome (MicroDome)

Foundation Plan of ETFE Bidome (MicroDome)

Vertical Growing Cabinets

This page will be updated to show development of the prototype of the Vertical Growing Cabinet. The Cabinet is considered a manufacturing prototype because it uses plastic parts made from temporary molds. The purpose is to identify design improvements before investing in the plastic injection molds required for commercialization.

Vertical Growing Cabinet

Artist rendering of the Vertical Growing Cabinet

Vertical Growing Cabinet: Front Plate (front view)

Front view where plantlets grow on a 45 degree angle towards the light source (sun or artificial lighting)

Vertical Growing Cabinet: Front Plate (rear view)

Rear view of growing cabinet where plantlet roots hang towards watering system.

Vertical Growing Cabinet: Plantlet cube trays

Plantlet cube trays, approximately 17 / sq.ft

Vertical Growing Cabinet: Front Plate with cube trays inserted

Top down view of plantlet cube trays inserted into growing cabinet

Vertical Growing Cabinet

Front of vertical growing cabinet with plantlet trays inserted



Biodome Construction Images

Check out Renergy Foods Canada’s construction picture-profile. Below is a reverse-chronological order of the building a BioDome, located in Surrey, British Columbia, Canada. Enjoy!

Biodome covered with ETFE pneumatic pillows

Biodome incorporates ETFE pneumatic pillows into membrane architecture structure

Biodome Greenhouse 1a

Biodome Greenhouse 1

Biodome Greenhouse 2a

Biodome Greenhouse 2

Biodome Greenhouse 3a

Biodome Greenhouse 3

Kader tracking 2a

Keder tracking 2

Kader tracking 1a

Keder tracking 1

Thermal Floor Heating 1a

Thermal Floor Heating 1

Thermal Floor Heating 2a

Thermal Floor Heating

Building Biodome Structure 12

Building Biodome Structure 12

Building Biodome Structure 11

Building Biodome Structure 1

Building Biodome Structure 10

Building Biodome Structure 10

Building Biodome Structure 9

Building Biodome Structure 9

Building Biodome Structure 8

Building Biodome Structure 8

Building Biodome Structure 7

Building Biodome Structure 7

Building Biodome Structure 6

Building Biodome Structure 6

Building Biodome Structure 5

Building Biodome Structure 5

Building Biodome Structure 4

Building Biodome Structure 4

Building Biodome Structure 3

Building Biodome Structure 3

Building Biodome Structure 2

Building Biodome Structure 2

Building Biodome Structure 1

Building Biodome Structure 1

Building a Biodome Concrete Foundation 4

Pouring the concrete foundation 4

Building a Biodome Concrete Foundation 3

Pouring the concrete foundation 3

Building a Biodome Concrete Foundation 2

Pouring the concrete foundation 2

Building a Biodome Concrete Foundation 1

Pouring the concrete foundation

Building Biodome Thermal Insulation Floor Heating 4

Building Biodome Thermal Insulation Floor Heating 4

Building Biodome Thermal Insulation Floor Heating 3

Thermal Insulation Floor Heating 3

Building Biodome Thermal Insulation Floor Heating 2

Thermal Insulation Floor Heating 2

Building Biodome Thermal Insulation Floor Heating 1

Building Biodome Thermal Insulation Floor Heating

Building Biodome Greenhouse 4a

Crushed rock laid on cleared land for concrete foundation to be built on.

Building Biodome Greenhouse 3a

Clear land, flattened, surveyed, ready to start building a biodome

Building Biodome Greenhouse 2a

The cleared land after the bulldozer did it's business

Building Biodome Greenhouse 1a

Unloading the bulldozer to clear the grounds for the new Biodome