SmartBox Wind Package inputs electricity (kWh) heat (MJ) wind 5 m / s material 1 (kg) material 2 (kg) material 3 (kg) money (euros) liquid 1 (L) liquid 2 (L) liquid 3 (L) gas 1 (m3) gas 2 (m3) gas 3 (m3) outputs electricity 480 kWh heat (MJ) other energy (MJ) material 1 (kg) material 2 (kg) material 3 (kg) money (euros) The SmartBox wind turbine is a micro-wind solution that has a built-in micro-inverter, mounting hardware, and all necessary power cables. It plugs into any outlet like a home appliance, and is up and running in a few hours. Includes web-based tracking with onboard wi-fi. Not yet commercially available (will be shortly - they are taking pre-orders). Needs to be mounted on a wall or roof. scale dimensions weight life span household 1,2 x 0,9 m 13,5 kg 15 - 20 yrs maintenance permits safety? setup cost none none safe $699 - $799 liquid 1 (L) liquid 2 (L) liquid 3 (L) gas 1 (m3) gas 2 (m3) gas 3 (m3) inputs 600 (kWh) heat (MJ) other energy (MJ) 1,100 (kg) fish feed Lettuce / Greens seeds Trout Fingerlings 800 start + 2,000+ run (euros) 6475 (L) H20 liquid 2 (L) liquid 3 (L) 02 from pump / air CO2 from air gas 3 (m3) 2,000 L Trout / Greens Aquaponics System outputs 43800 (kWh) 184836 (MJ) other energy (MJ) 773.5 (kg) Trout 455 (kg) Greens material 3 (kg) money (euros) CLEANTECH PLAYING CARDS As one of the steps in our technical design process, we created over a hundred of the technology “playing cards” shown on the leſt. By mixing and matching the flows, the cards were used to help build an ecosystem of appropriate technologies for the site. Aquaponics production provides valuable nutrients while minimizing environmental impact of traditional agriculture. With recirculating water and nutrient flows, resource requirements are reduced dramatically, and the system can be designed in such a way that most of the CO2 produced by the fish is absorbed by the plants. The data provided is for a trout / greens system with a 2,000 L rearing tank, and 3,000L+ grow bed, running 2 50W pumps intermittently. scale dimensions weight life span commun., res. 2m x 1 m x 1.5m 3,000 kg 50+ yrs maintenance permits safety? setup cost frequent none safe 600 -1200 Euros liquid 2 (L) liquid 3 (L) CO2 O2 Negligable SOx, CO Energy-Producing (Daylight) Greenhouse inputs light (860 W/m2) latent heat (130 MJ) other energy (MJ) material 1 (m3) material 2 (m3) material 3 (t) money (euros) liquid 1 (m3) liquid 2 (m3) liquid 3 (m3) gas 1 (m3) gas 2 (m3) Land (480 m2) outputs electricity (3000 kWh) heat (610 MJ) cooling (130 MJ) wastewater (m3) organic waste (m3) material 3 (t) money (euros) The basic idea is that a certain fraction of the greenhouse complex serves as a harvester of solar enery surplusses during summer by keeping this fraction completely closed. The heat extracted from this fraction amounts to 35 m3 of gas equivalents per m2 closed greenhouses, being stored in an aquifer system at some 18 oC. Heat pump distributes the energy to greenhouse and household. Electricity is produced by Concentrator System for BI-CPVT with Static Linear Fresnel Lenses at maximum rate of 25kWh/m2. scale dimensions weight life span household 16x30x4 m 10-15 yrs maintenance permits safety setup cost low yes safe vapor (m3) liquid 2 (m3) liquid 3 (m3) gas 1 (m3) gas 2 (m3) gas 3 (m3) Electricity (kWh) heat (MJ) other energy (MJ) Salts (kg) material 2 (kg) material 3 (kg) money (euros) Water (L) Warm Water liquid 3 (L) gas 1 (m3) gas 2 (m3) gas 3 (m3) inputs Recoh-Drain Heat Exchanger outputs electricity (kWh) Heat(MJ) material 1 (kg) material 2 (kg) material 3 (kg) money (euros) The Recoh-drain can be used in apartments, dwellings with bathrooms on the ground floor, and so forth. The height of the heat exchanger is such that it can be placed in almost any floor. Tjhe exchanger itself is integrated into the floor of the shower drain. scale dimensions weight life span House maintenance permits safety? setup cost none none safe Water (L) Less warm water (L) liquid 3 (L) gas 1 (m3) gas 2 (m3) gas 3 (m3) Breathing Window Air-to-Air Heat Exchanger inputs electricity (kWh) heat (MJ) cool (MJ) material 1 (kg) material 2 (kg) material 3 (kg) money (euros) Liquid (L) liquid 2 (L) liquid 3 (L) air (m3) gas 2 (m3) gas 3 (m3) outputs electricity (kWh) heat (MJ) other energy (MJ) material 1 (kg) material 2 (kg) material 3 (kg) money (euros) The Breathing Window (BW) is an air-air heat exchanger that has been developed to ventilate soundlessly and decentrally with very low pressure drop and power consumption. The yield is optimum at 85%. It is possible to increase the yield, but not economic: the costs required to remove the remaining heat from the air are higher than the savings. scale dimensions weight life span household .24 x .14 x .8m maintenance permits safety? setup cost none none safe €350-700 Liquid (L) liquid 2 (L) liquid 3 (L) gas 1 (m3) gas 2 (m3) gas 3 (m3) inputs electricity (kWh) heat (MJ) other energy (MJ) organic waste (1 m3) yellow water (m3) kitchen waste (kg) money (euros) water (0.1 m3) liquid 2 (L) grey water (m3) Land (2 m2) gas 2 (m3) gas 3 (m3) Aerobic Composter outputs electricity (kWh) heat (100 MJ) (MJ) struvite (kg) (m3) fertilizer (0.9 m3) money (euros) Thie technology provieds cheap and proven aerobic degradation of organic waste into fertilizer and soil conditioner. scale dimensions weight life span household 1 x 1 m 1 m3 2-5 years maintenance permits safety setup cost low no safe low vapor (50 l) ground water (m3) cooling water (m3) CH4 (0.01 m3) CO2 (0.01 m3) H2S (m3) Pagina 26
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