CN202807055U - House on water - Google Patents

House on water Download PDF

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Publication number
CN202807055U
CN202807055U CN 201220491439 CN201220491439U CN202807055U CN 202807055 U CN202807055 U CN 202807055U CN 201220491439 CN201220491439 CN 201220491439 CN 201220491439 U CN201220491439 U CN 201220491439U CN 202807055 U CN202807055 U CN 202807055U
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energy
equipment
house
storage
wound
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蒋洋
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蒋洋
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Abstract

An embodiment of the utility mode provides a house on water. The house on the water comprises a buoyancy bearing component, a light energy-saving house, an energy-creating device, an energy-consuming device, an energy storage device and an intelligent management device, wherein the buoyancy bearing component can bear the light energy-saving house and floats on a water surface, the light energy-saving house adopts light energy-saving building materials and components and is fixed on the buoyancy bearing component, the energy-creating device is fixed on the light energy-saving house and converts renewable energy sources into energy required by the energy-consuming device, the energy-consuming device is arranged in the light energy-saving house and utilizes the energy produced by the energy-creating device to perform operation, the energy storage device is arranged in the light energy-saving house and is connected with the energy-creating device and the energy-consuming device, and the intelligent management device is arranged in the light energy-saving house, performs network management on storage and use of the energy and performs optimization and intelligent control on the storage and use process of the energy through a transducer and software loaded by the intelligent management device to further achieve the aim of energy saving.

Description

Waterborne house
Technical field
The utility model relates to Building technology and new forms of energy application, particularly a kind of Waterborne house.
Background technology
Renewable resource such as effective utilization of solar power, wind energy etc., will produce far-reaching influence to our energy mix.The appearance of the novel light thin plates such as light steel structure house building has been enriched the function in house, and has been realized the batch production in house.Along with the raising of living standard and quality of life, as most important house in people's life, its environmental protection and the functional focus that becomes people's concern.How to realize comfortablely, removable, and the green house of energy-conserving and environment-protective becomes the problem that need to solve.
The utility model content
The purpose of the utility model embodiment is to provide a kind of Waterborne house, so that a kind of comfortable, energy-conserving and environment-protective, house movably to be provided.
For achieving the above object, the scheme that the utility model embodiment provides comprises:
A kind of Waterborne house comprises:
The buoyancy load-carrying element can carry the light energy-saving house and swims on the water surface;
The light energy-saving house is fixed on the described buoyancy load-carrying element;
Wound energy equipment is fixed on the described light energy-saving house, and regenerative resource is converted to the needed energy of energy resource consumption equipment;
Energy resource consumption equipment is arranged in the described light energy-saving house, the energy executable operations of utilizing wound energy equipment to produce;
Energy storage device is arranged in the described light energy-saving house, with wound energy equipment and energy resource consumption equipment connection;
Intelligent management device is arranged in the described light energy-saving house, and the energy that can equipment provides in wound is during greater than the needed energy of energy resource consumption equipment, the unnecessary energy that control energy storage device storage wound can equipment provides; The energy that can equipment provides in wound is during less than the needed energy of energy resource consumption equipment, and the control energy storage device provides its required energy for energy resource consumption equipment.
Wherein, described energy resource consumption equipment comprises: housed device and/or awareness apparatus.
Wherein, described wound can comprise by equipment at least: solar-electrical energy conversion equipment or solar power-thermal power transfer equipment; The described wound of stating can equipment can also comprise following one of them or combination in any: wind power plant, water resource heat pump equipment, natural fuels or biological energy source heating/generating set.
Wherein, also be provided with battery management system in the described Intelligent management device, described battery management system is for storage and the consumption process of regulation and control electric weight, to optimize energy use procedure, to delay service time of battery and life-span.
Wherein, also be provided with energy management system in the described Intelligent management device, be used for the energy flow of all the energy resource consumption equipment in wound energy equipment, energy storage device and the light energy-saving house is carried out networking, intelligent comprehensive management.
Wherein, described Intelligent management device is computing machine, communicates by letter with awareness apparatus by internet or LAN; Described Intelligent management device, also be used for when energy resource consumption equipment comprises awareness apparatus, obtain environmental information in the described light energy-saving house by described awareness apparatus, after described environmental information arrived preset state, control started/closes/regulate described housed device.
Wherein, described energy storage device comprises electric energy storage device, and/or, heat accumulation/cool equipment;
Described electric energy storage device is storage battery; Described heat accumulation/cool equipment is special-purpose heat accumulation/cool equipment or building enclosure member.
Wherein, also be provided with coupling hitch on the described buoyancy load-carrying element, when needs move described Waterborne house, move described Waterborne house by pulling described coupling hitch.
Wherein, also be provided with power drive device on the described buoyancy load-carrying element, described power drive device is connected with described wound energy equipment, energy storage device, and the described buoyancy load-carrying element of driven by energy that utilizes wound energy equipment and/or energy storage device to provide is mobile on the water.
Wherein, described energy storage device also comprises: energy storage supply interface is used for connecting base or supply ship, so that the energy of the required consumption of described storage facilities storage energy consumer device.
Use the Waterborne house that the utility model embodiment provides, can pass through the comprehensive means such as building energy conservation, Based Intelligent Control be energy-conservation, make the new forms of energy such as solar power can satisfy every energy resource consumption needs of this novel house, can realize substantially that the house is far from network operation, do not need the tradition such as driving engine such as petrol and diesel oil that pollution is arranged in addition, the Power supply mode of noise is arranged, realized a kind of Waterborne house that utilizes new forms of energy to carry out healthy comfortable, the energy-conserving and environment-protective of energy supply fully.And when having reduced building energy consumption, can enrich greatly again the inhabitation demand, for amusement and travel, the mobile inhabitation provide a kind of new possibility.The Waterborne house that the application provides will become the another development tendency of following novel building.
Description of drawings
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, the below will do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art, apparently, accompanying drawing in the following describes only is embodiment more of the present utility model, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the structural representation according to a kind of Waterborne house of the utility model embodiment;
Fig. 2 is the Waterborne house theory structure scheme drawing according to the utility model embodiment;
Fig. 3 is the method flow diagram to Waterborne house control according to the utility model embodiment.
The specific embodiment
Below in conjunction with the accompanying drawing among the utility model embodiment, the technical scheme among the utility model embodiment is clearly and completely described, obviously, described embodiment only is the utility model part embodiment, rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skills are not making the every other embodiment that obtains under the creative work prerequisite, all belong to the scope of the utility model protection.
The Waterborne house that the application is related, it is a kind of new forms of energy Waterborne house, so-called new forms of energy Waterborne house refers to, four major parts that this Waterborne house is integrated: the light energy-saving house that adopts integrated design, be used for providing by photovoltaic, photo-thermal, wind energy, biomass energy etc. the wound energy equipment of energy, be used for providing the smart machine of house energy network management system, and utilize lithium/lead battery, be used for the energy storage device that accumulation of heat/cold material etc. is made.
Fig. 1 is the structural representation according to a kind of Waterborne house of the utility model embodiment.Fig. 2 is the Waterborne house theory structure scheme drawing according to the utility model embodiment.Referring to Fig. 1 and Fig. 2, this Waterborne house specifically comprises, buoyancy load-carrying element 101, and light energy-saving house 102, wound energy equipment 103, energy resource consumption equipment 104, energy storage device 105, Intelligent management device 106, wherein,
Buoyancy load-carrying element 101 can carry 102 rooms, light energy-saving house and swims on the water surface; This buoyancy load-carrying element specifically can adopt floating drum, glass-felt plastic, iron or aluminium matter bottom plating buoyant device etc., so that on light energy-saving house 102 bubbles through the water column fully.
Light energy-saving house 102 is fixed on the described buoyancy load-carrying element; Here, this light energy-saving house 102 is the houses that adopt in a large number light energy conservation building materials and member, it for example can be light steel structure house, also can be the house of wood structure or light steel/wooden mixed system, can adopt heat-preserving heat-insulating wall roofing, energy saving door and window, energy-conservation heating and ventilating equipment, energy-saving illumination and electrical equipment etc.In a word, owing to adopted Novel light thin plate building, be different from traditional cabin,, environmental protection, energy-conservation more comfortable than cabin.
Need to prove, among the application, do not limit the light energy-saving house building materials, build mode etc., any lightweight, environmental protection, energy-conservation, comfortable house can be applied among the application.
Need to prove that any mode that the light energy-saving house can be fixed to the buoyancy load-carrying element can be applied among the application, the application does not do restriction to the fixed form between light energy-saving house and the buoyancy load-carrying element.
Need to prove that the load carrying ability of buoyancy load-carrying element can utilize following formula (1) to calculate;
Gross deadweight=full load displacement-vacant displacement (1)
Because the weight in light energy-saving house itself can be different according to different materials, structure, therefore, the load carrying ability of buoyancy load-carrying element is determined according to the weight in light energy-saving house.
Wound energy equipment 103 is fixed on the described light energy-saving house, and regenerative resource is converted to the needed energy of energy resource consumption equipment.
Above-mentioned wound can comprise by equipment: solar-electrical energy conversion equipment or solar power-thermal power transfer equipment; On this basis according to actual environment, above-mentioned wound can equipment can also comprise following one of them or combination in any: wind power plant, water resource heat pump equipment, natural fuels or biological energy source heating/generating set.Any equipment that regenerative resource can be converted to the needed energy of energy resource consumption equipment all can be applicable among the application, and the application does not do restriction to the concrete manifestation form of wound energy equipment.
Energy resource consumption equipment 104 is arranged in the described light energy-saving house, the energy executable operations of utilizing wound energy equipment to produce.
Above-mentioned energy energy resource consumption equipment comprises: housed device and/or awareness apparatus; Described housed device comprises following one of them or combination in any: energy-saving lighting equipment, home appliance, intelligent shading system etc., for example, TV, dust collecting fan, refrigerator, heat installation, refrigeration system etc.Described awareness apparatus comprises various sensors, tester etc., for example temperature sensor, humidity sensor, intensity of sunshine meter, speech transducer etc.
Energy storage device 105 is arranged in the described light energy-saving house, with wound energy equipment and energy resource consumption equipment connection;
Above-mentioned energy storage device comprises electric energy storage device, and/or, heat accumulation/cool equipment etc.In a kind of possible embodiment, above-mentioned electric energy storage device is storage battery or building enclosure member; Above-mentioned heat accumulation/cool equipment is special-purpose heat accumulation/cool equipment or building enclosure member.Wherein, described building enclosure member can be energy-saving wall and/or floor etc.Take energy-saving wall as example, described energy-saving wall can the integrated installation lithium ion battery and the lead-acid battery module, is adopted the combined wall of Side fascia, waterproof layer, insulating, air-permeable layer and interior panel; And/or described energy-saving wall is the combined wall of the heat storage materials such as integrated glass microballon or phase-change material.
Intelligent management device 106 is arranged in the described light energy-saving house, and the energy that can equipment provides in wound is during greater than the needed energy of energy resource consumption equipment, the unnecessary energy that control energy storage device storage wound can equipment provides; The energy that can equipment provides in wound is during less than the needed energy of energy resource consumption equipment, and the control energy storage device provides its required energy for energy resource consumption equipment.
Use the Waterborne house that the utility model embodiment provides, a kind of house of removable, energy-conserving and environment-protective is provided.And, both reduced the energy consumption of building, can enrich greatly the inhabitation demand again, for amusement and travel, the mobile inhabitation provide a kind of new possibility.The Waterborne house that the application provides will become the another development tendency of following novel building.
Based on embodiment illustrated in figures 1 and 2, described Intelligent management device 106 can be computing machine, and communicates by letter with awareness apparatus by internet or LAN; At this moment, described Intelligent management device also is used for when energy resource consumption equipment comprises awareness apparatus, obtains environmental information in the described light energy-saving house by described awareness apparatus, after described environmental information arrives preset state, control starts/closes/regulate described housed device.
For example, awareness apparatus is temperature sensor, Intelligent management device by described awareness apparatus obtain in the light energy-saving house temperature excessively low, after for example temperature was lower than default 10 degrees centigrade, heat installation was opened in control.
Again for example, awareness apparatus is an intensity of sunshine meter, excessively strong by the illumination that described awareness apparatus obtains light energy-saving house direction at Intelligent management device, after for example solar radiation is higher than default radiation value, regulate the angle of sunshade member and carry out sunshade, or curtain under the control electrically driven curtain automatic releasing, to avoid because Exposure to Sunlight raises the temperature in the Waterborne house, thereby avoided because the energy that the temperature rising needs air-conditioning temperature-reducing to consume.
Again for example, awareness apparatus is a speech recognition system, and after " turning on light " information that Intelligent management device is said by described awareness apparatus acquisition people, light energy-saving house intraoral illumination system is opened in control, realizes the interaction with the people.
Like this, Intelligent management device can obtain the various information in the light energy-saving house, thus the relevant device in the control light energy-saving house.
Based on embodiment illustrated in figures 1 and 2, described Intelligent management device also for the state of monitoring energy storage device, when described energy storage device is full energy storage state, is controlled described energy storage device and is stopped to store energy operation; When described energy storage device is empty energy state, controls described energy storage device and stop the energy operation is provided.
Like this, can protect energy storage device, to prolong the service life of energy storage device, avoid the damage of energy storage device.
Based on embodiment illustrated in figures 1 and 2, can also comprise battery management system (BMS in the described Intelligent management device, Battery Management System), this battery management system is according to the characteristic of battery, the storage of regulation and control electric weight and consumption process reach the purpose of optimizing energy use procedure, delaying service time of battery and life-span.
Based on embodiment illustrated in figures 1 and 2, can also comprise energy management system (EMS in the described Intelligent management device, Energy Management System), carry out networking, intelligent comprehensive management with the energy flow to all the energy resource consumption equipment in wound energy equipment, energy storage device and the light energy-saving house.
Need to prove, can also be provided with coupling hitch on the described buoyancy load-carrying element 101, when needs move described Waterborne house, move described Waterborne house by pulling described coupling hitch.For example, base or supply ship can be set in advance on the coast, pull coupling hitch on the buoyancy load-carrying element by dynamic ship, the described Waterborne house of the application can be drawn to base or supply ship, to replenish the energy (such as charging), carry out daily necessities supply and water/dirt exchange etc.
Need to prove, in a kind of possible embodiment, can also be provided with power drive device on the described buoyancy load-carrying element, described power drive device can be connected with energy storage device by equipment with described wound, and the described buoyancy load-carrying element of driven by energy that utilizes wound energy equipment and/or energy storage device to provide is mobile on the water.
For example, can provide power for Waterborne house by the solar-electrical energy conversion equipment, thereby make the autonomous position that moves to any needs arrival of Waterborne house energy, and not need the help of other ships or external impetus equipment.Owing to be that pure electric energy drives, avoided gasoline, diesel driving engine polluted water, and, can also the different residential landscape of conversion, enrich people's inhabitation demand.
Need to prove that above-mentioned energy storage device can also comprise: energy storage supply interface is used for connecting base or supply ship, so that the energy of the required consumption of described storage facilities storage energy consumer device.
For example, storage equipment is storage battery, when running into continuous overcast and rainy solar power can not meet requirements the time, can connect base or supply ship, charges, with the electric energy of the required consumption of storage energy consumer device.
Again for example, storage equipment be can heat accumulation body of wall, in the large area of day and night temperature, the heat on daytime can be stored by phase transformation or heat storage material, discharge to reduce heating energy consumption evening.Otherwise or the cold air in evening imported energy-storage wall, cold accumulated discharged daytime, to reduce the air conditioning energy consumption on daytime.
Need to prove that the described Waterborne house of Fig. 1 and Fig. 2 can also comprise domestic sewage processing system, purify waste water+can collect solid matter on a small quantity qualified discharge or recycle so that sanitary sewage disposal is become.Certainly, if the method that does not have domestic sewage processing system also can adopt similar aircraft or train to collect exchanges on base or supply ship.
Use the Waterborne house that the utility model embodiment provides, can pass through the comprehensive means such as building energy conservation, Based Intelligent Control be energy-conservation, make the new forms of energy such as solar power can satisfy every energy resource consumption needs of this novel house, can realize substantially that the house is far from network operation, do not need the tradition such as driving engine such as petrol and diesel oil that pollution is arranged in addition, the Power supply mode of noise is arranged, realized a kind of Waterborne house that utilizes new forms of energy to carry out healthy comfortable, the energy-conserving and environment-protective of energy supply fully.
The utility model embodiment also provides a kind of method to Waterborne house control, and the method is applied to foregoing Waterborne house, and referring to Fig. 3, described method specifically comprises:
Step 301 is collected regenerative resource, and collected regenerative resource is converted to the needed energy of energy resource consumption equipment;
Step 302, the energy that judgement wound energy equipment provides and the relation between the required energy of energy resource consumption equipment, the energy that can equipment provides in wound is during greater than the needed energy of energy resource consumption equipment, the unnecessary energy that control energy storage device storage wound can equipment provides; The energy that can equipment provides in wound is during less than the needed energy of energy resource consumption equipment, and the control energy storage device provides its required energy for energy resource consumption equipment.
Need to prove that when energy resource consumption equipment comprised awareness apparatus and housed device, said method can also comprise:
Obtain environmental information in the described light energy-saving house by described awareness apparatus, after described environmental information arrived preset state, control started/closes/regulate described housed device.
Need to prove that said method can also comprise:
The state of monitoring energy storage device when described energy storage device is full energy storage state, is controlled described energy storage device and is stopped to store energy operation; When described energy storage device is empty energy state, controls described energy storage device and stop the energy operation is provided.
Need to prove, said method can also comprise: when also being provided with described wound can equipment with energy storage device is connected power drive device on the described buoyancy load-carrying element, said method can also comprise: utilize wound can equipment and/or the described buoyancy load-carrying element of driven by energy that provides of energy storage device move on the water.
Need to prove that said method can also comprise: when on described buoyancy load-carrying element, also being provided with coupling hitch, when needs move described Waterborne house, move described Waterborne house by pulling described coupling hitch.
Need to prove that when described energy storage device also was provided with energy storage supply interface, said method can also comprise: connect base or supply ship by described energy storage supply interface, with the energy of the required consumption of storage energy consumer device.
Need to prove that when energy resource consumption equipment was power consumption equipment, described method can also comprise: the storage of regulation and control electric weight and consumption process, to optimize energy use procedure, to delay service time of battery and life-span.
Need to prove that described method also comprises: the energy flow to all the energy resource consumption equipment in wound energy equipment, energy storage device and the light energy-saving house carries out networking, intelligent comprehensive management.
Use the control method that the utility model embodiment provides, a kind of not only comfortable, but also the Waterborne house of environmental protection is provided.Both reduced the energy consumption of building, can enrich greatly the inhabitation demand again, for amusement and travel, the mobile inhabitation provide a kind of new possibility.The Waterborne house that the application provides will become the another development tendency of following novel building.
It is relatively simple that said method embodiment partly describes, and relevant part is referring to the device part.
In conjunction with above-mentioned Waterborne house and control method, the application has given two kinds of possible application scenarios.
Scene 1:
The described Waterborne house of the application is a villa waterborne to user's sense organ, and it adopts solar power, the dual-purpose power supply of wind energy, can charge with the electrical network in base in the situation of solar power and powered by wind energy deficiency.On roof, light energy-saving house and/or metope crystal silicon or thin-film solar cells are installed, convert solar energy into electrical energy, be converted into by inversion and control system and can directly use alternating current.Lithium cell/lead-acid battery mixing module can directly store the electric energy that solar cell produces.In the situation of overcast and rainy deficiency such as sunlight such as grade, use as required the storage battery of store electrical energy to power, perhaps, can arrive the base charges, and perhaps, carries out mobile charging by the power supply ship.Above function can realize automatically management by Intelligent management device, and Intelligent management device management of water main room all electrical equipment within doors also can gather, analyze the electricity consumption data and automatically adjust the house power consumption to reach energy-conservation purpose simultaneously.And, the sensor that Intelligent management device can be by its lift-launch and software to the process of energy storage and use be optimized, intelligent control to be to reach further energy-conservation purpose.
Scene 2:
The described Waterborne house of the application adopts solar power to power, and the outfit water source heat pump system freezes and heats, and selects the fuel cell cold, heat and power triple supply system to carry out energy supplement.On roof, light energy-saving house and/or metope crystal silicon or thin-film solar cells are installed, convert solar energy into direct current energy.The flat-plate solar collector that is installed in buoyancy load-carrying element and/or house top can provide the domestic hot-water.Lithium cell can get up the electrical power storage that solar cell produces, and in the situation of overcast and rainy deficiency such as sunlight such as grade, can directly use as required the direct current (DC) of lithium cell.Above function can realize automatically management by Intelligent management device, and Intelligent management device management of water main room all electrical equipment within doors also can gather, analyze the electricity consumption data and automatically adjust the house power consumption to reach energy-conservation purpose simultaneously.The characteristics in this house are can realize from net, and can realize full DC power-supply system, do not need to adopt the devices such as inversion to carry out directly/exchange conversion.
Use the green aquatic building of novel energy-conserving in the above-mentioned scene, the power consumption that namely can reduce building can utilize solar electrical energy generation again, realize that pure electric energy drives, avoid the problem of gasoline, diesel driving engine polluted water and high noisy, improved traveling comfort, can also greatly enrich the inhabitation demand, amusement and travel and mobile inhabitation scheme are provided.
Need to prove, in this article, relational terms such as the first and second grades only is used for an entity or operation are made a distinction with another entity or operation, and not necessarily requires or hint and have the relation of any this reality or sequentially between these entities or the operation.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby not only comprise those key elements so that comprise process, method, article or the equipment of a series of key elements, but also comprise other key elements of clearly not listing, or also be included as the intrinsic key element of this process, method, article or equipment.Do not having in the situation of more restrictions, the key element that is limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
The above is preferred embodiment of the present utility model only, is not be used to limiting protection domain of the present utility model.All any modifications of within spirit of the present utility model and principle, doing, be equal to replacement, improvement etc., all be included in the protection domain of the present utility model.

Claims (10)

1. a Waterborne house is characterized in that, comprising:
The buoyancy load-carrying element can carry the light energy-saving house and swims on the water surface;
The light energy-saving house is fixed on the described buoyancy load-carrying element;
Wound energy equipment is fixed on the described light energy-saving house, and regenerative resource is converted to the needed energy of energy resource consumption equipment;
Energy resource consumption equipment is arranged in the described light energy-saving house, the energy executable operations of utilizing wound energy equipment to produce;
Energy storage device is arranged in the described light energy-saving house, with wound energy equipment and energy resource consumption equipment connection;
Intelligent management device is arranged in the described light energy-saving house, and the energy that can equipment provides in wound is during greater than the needed energy of energy resource consumption equipment, the unnecessary energy that control energy storage device storage wound can equipment provides; The energy that can equipment provides in wound is during less than the needed energy of energy resource consumption equipment, and the control energy storage device provides its required energy for energy resource consumption equipment.
2. Waterborne house according to claim 1 is characterized in that, described energy resource consumption equipment comprises: housed device and/or awareness apparatus.
3. Waterborne house according to claim 1 is characterized in that,
Described wound can comprise by equipment at least: solar-electrical energy conversion equipment or solar power-thermal power transfer equipment;
Described wound can equipment also comprises following one of them or combination in any: wind power plant, water resource heat pump equipment, natural fuels or biological energy source heating/generating set.
4. Waterborne house according to claim 3, it is characterized in that, also be provided with battery management system, described battery management system in the described Intelligent management device, the storage and the consumption process that are used for the regulation and control electric weight are to optimize energy use procedure, to delay service time of battery and life-span.
5. Waterborne house according to claim 4, it is characterized in that, also be provided with energy management system in the described Intelligent management device, be used for the energy flow of all the energy resource consumption equipment in wound energy equipment, energy storage device and the light energy-saving house is carried out networking, intelligent comprehensive management.
6. Waterborne house according to claim 2 is characterized in that,
Described Intelligent management device is computing machine, communicates by letter with awareness apparatus by internet or LAN;
Described Intelligent management device, also be used for when energy resource consumption equipment comprises awareness apparatus, obtain environmental information in the described light energy-saving house by described awareness apparatus, after described environmental information arrived preset state, control started/closes/regulate described housed device.
7. Waterborne house according to claim 1 is characterized in that,
Described energy storage device comprises electric energy storage device, and/or, heat accumulation/cool equipment;
Described electric energy storage device is storage battery; Described heat accumulation/cool equipment is special-purpose heat accumulation/cool equipment or building enclosure member.
8. Waterborne house according to claim 1 is characterized in that, also is provided with coupling hitch on the described buoyancy load-carrying element, when needs move described Waterborne house, moves described Waterborne house by pulling described coupling hitch.
9. Waterborne house according to claim 8, it is characterized in that, also be provided with power drive device on the described buoyancy load-carrying element, described power drive device is connected with described wound energy equipment, energy storage device, and the described buoyancy load-carrying element of driven by energy that utilizes wound energy equipment and/or energy storage device to provide is mobile on the water.
10. Waterborne house according to claim 1 is characterized in that, described energy storage device also comprises:
Energy storage supply interface is used for connecting base or supply ship, so that the energy of the required consumption of described storage facilities storage energy consumer device.
CN 201220491439 2012-09-24 2012-09-24 House on water Active CN202807055U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103661825A (en) * 2012-09-24 2014-03-26 蒋洋 Overwater house and control method thereof
CN105804921A (en) * 2016-05-12 2016-07-27 句容市万福达工艺品厂 Island rest house based on wave energy

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103661825A (en) * 2012-09-24 2014-03-26 蒋洋 Overwater house and control method thereof
CN105804921A (en) * 2016-05-12 2016-07-27 句容市万福达工艺品厂 Island rest house based on wave energy

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COR Change of bibliographic data

Free format text: CORRECT: INVENTOR; FROM: JIANG YANG TO: JIANG YANG WANG JING JIANG XULAI

CB03 Change of inventor or designer information

Inventor after: Jiang Yang

Inventor after: Wang Jing

Inventor after: Jiang Xulai

Inventor before: Jiang Yang

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Assignee: China building materials new energy (Ningguo) Co., Ltd.

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