SUNRISE The NEW ENERGY. content : 1.Kinds of solar systems Thermo-siphon systems Year-round solar systems Heat-supporting systems 2.Products with SUNRISE.

Slides:



Advertisements
Similar presentations
Contents: Cover
Advertisements

P1.1.4 Heating and Insulating Buildings
HVAC523 Heat Sources.
Star kW NEW. Star kW Star kW Instantaneous wall-hung gas boilers Conventional flue Sealed room fan assisted NIKE Star 23 kW EOLO Star 23 kW.
Pre Sales Dept. HERCULES Solar 26 1 A Condensing floor-standing boilers with built-in solar circuit.
Customer Service – International dept. STAR 24 3 E.
Customer Service – International Dept. The thermal solar systems  Installation  Commissioning  Maintenance.
HEATING AND PLUMBING FEF
Mini 24 Presents the new. Wall-hung boiler Self diagnostic system Electronic thermometer Furnace type: open Output power: 22,66 kW Min. 6,7 kW Stars of.
English Software Electrical Engineering and Electrical Equipment.
Dec 04 Thermosiphon France 1 Solahart Test field in Australia Introduction CollectorsThermo siphon systemsMultiple Thermo siphon systems.
A Fundamental Review of Solar Thermal Systems Installation, Sizing and Benefits of a Bradford White Solar Thermal Water Heater Bradford White Solar Thermal.
AMS-02 Cryosystem Phase III Flight Safety Review January 12, 2010 Phil Mott.
Product presentation. Solar Energy Content USP‘s Specification Design Technical Buildup / Concept Fastening Mounting –Fastening –System Installation Packaging.
Harnessing Free Heat. The Energy Harness provides hot water using multiple heat sources, making the best use of low grade heat. It improves the efficiency.
Chapter 12: Alternative Technologies To be used with the Guide to Building Energy Efficient Homes in Kentucky.
Thermal energy Ch. 6 mostly. Transferring thermal NRG There are three mechanisms by which thermal energy is transported. 1. Convection 2. Conduction 3.
SOLAR HOT WATER Erica Mevs DFN Origin The shallow water of a lake is usually warmer than the deep water. The sunlight can heat the lake’s bottom.
 This presentation deals with solar water heaters.  There are two categories (passive, active)  There are two common types (conventional, vacuum tubes);
Hydronic Mechanical Controls
Water heater P L Solar Thermal Systems Flat plate type.
Jamil Ibrahim Establishment Building Integration Thermal Collector BITC By Engineer Khaled Jazzar WEBCO sarl June 2014.
Solar Water Heating Bob Ramlow Chapter 5: Solar Water Heating Systems Bruce Hesher Engineering Technology Brevard Community College.
Solar energy But electrons don’t like to be in these higher energy states, so they will emit energy in the form of a photon to drop to a lower energy level.
For Cardinal Newman Hall Randall Lessard ET Fall 2013 Dr. Cris Koutsougeras Advisors: Dr. Rana Mitra Mr. Byron Patterson.
Zero Energy Homes Speaker: Baha Alawi. What is a Zero Energy Home? An energy efficient home that uses renewable energy from the sun to produce as much.
Solar Energy Systems in the Eco-Village at the University of Manitoba
What is heat? answer A form of energy.
equipment for converting solar energy into electricity are still quite expensive. Only rich countries such as USA and Japan, to get to their widespread.
Heating Systems.
SOLAR ENERGY I. What do you consider to be solar energy? 1.Photovoltaics 2.Wind 3.Hydroelectric dams 4.Biofuels 5.Solar collectors 6.All of the above.
Section 1 Temperature and Heat. Kinetic Theory  All objects (even people) are made of particles and atoms that constantly and randomly move. All atoms.
So Far: Conservation of Mass and Energy Pressure Drop in Pipes Flow Measurement Instruments Flow Control (Valves) Types of Pumps and Pump Sizing This Week:
Solar energy The photons take a long time to reach the surface of the sun, about 1 million years. Why? Deep in the sun, the density is very high. The photons.
SELECTING INSULATION MATERIALS  Insulation can serve as more than just an energy barrier, providing fire resistance, humidity control, and noise reduction.
CTRA Green Features. 1. Green Roof 2. Hot Water Solar Heaters These are a type of solar panel. It is called evacuated tube collectors and they heat our.
Chapter 6. Temperature related to the average kinetic energy of an object’s atoms or molecules Thermal energy the sum of kinetic & potential energy of.
Thermal Radiation Done By: Nujood Al-hashar Abrar Al-haddabi
L 18 Thermodynamics [3] Heat transfer Heat Capacity convection
Solar Power Power derived directly from sunlight Seen elsewhere in nature (plants) We are tapping electromagnetic energy and want to use it for heating.
Geothermal. Defining “Geothermal” Energy Dictionary definition – Relating to the internal heat of the earth The Earth acts as a giant solar collector,
Active Solar heating Used for space and or water heating
MECHANISM OF HEAT TRANSFER.  HEAT TRANSFER  Occurs only between regions that are at different temperature and its direction is always from higher to.
Corporate presentation Energy from the sun Eco heating.
How much makes it through the atmosphere. Why a seasonal variation? First, why do we have seasons? Earth’s axis is tilted 23.5° to the plane of its orbit.
Exercises for Q1. Insulated copper tube A thin walled 10 mm copper tube is used to transport a low-temperature refrigerant with a temperature that is.
THE SUSTAINABLE COMPANY Development of entrepreneurship in vocational education Leonardo Project Second Meeting Tenerife – February 2013 Spanish team presentation.
P.1 Book 1 Section 4.3 Radiation Frost Energy transfer by radiation Emission and absorption of radiation Check-point 4 Examples of heat transfer by radiation.
Solar Water Heating Bob Ramlow Chapter 3: Types of Solar Water Heaters Bruce Hesher Engineering Technology Brevard Community College.
One of the most advanced products of its league, this Pressurized Solar Water Heater System combines the stainless steel heat exchanger pipes and water.
Solar Energy SOLAR ENERGY A FEW FACTS Every day the earth receives thousands of times more energy from the sun than is consumed in all other resources.
Product Information Thermosyphon February 2012 Stefan Manglberger Head of Technical Services TiSUN GmbH HERZLICH WILLKOMMEN Welcome | Benvenuti | Bienvenue.
SOLAR ENERGY I. Solar Energy is an Energy Flow  1 kW∙hr = 3.6 x 10 6 J  1 BTU = J.
ACTIVE SOLAR DESIGN ALTERNATIVE ENEGRY SOURCES.
Under floor heating Designing underfloor heating (UFH) system must always comply with the system suppliers instructions.
PRINCIPLES AND FUNCTIONS OF THE EKS 3000 SOLAR COLLECTOR
AUTOMOTIVE COOLING SYSTEMS
KS4 Physics Heat Transfer.
COMPONENTS OF SOLAR WATER HEATER
SEMINAR ON SOLAR WATER HEATER SUBMITTED TO: Mrs. Kavita Sharma SUBMITTED BY: Raghav Garg 5234/15 Electrical Engg. 6 th Semester.
To drain in hood 11 7 Attach to water line in hood
Solar Thermal System. Solar thermal systems convert sunlight to heat.
L 18 Thermodynamics [3] Heat transfer Heat Capacity convection
NEW ARISTON STORAGE BOILERS March, 2009.
collectors, operation and layout
Energy Heat Transfer.
Presentation transcript:

SUNRISE The NEW ENERGY

content : 1.Kinds of solar systems Thermo-siphon systems Year-round solar systems Heat-supporting systems 2.Products with SUNRISE Panel collectors Boilers Elements of solar system 3.Project program 4.Mounting of solar system

Thermo-siphon systems SUNRISE 1.Insulation layer 2.Water holder with heat carrier 3.Water container The heat carrier goes into the lower part of PC-[4],absorbs the sun energy accumulated by the copper absorber and upper part of the panel-collector, goes into the upper part of the boiler, flows over the water holder and provides its heat to the water inside. There are two outputs on the upper part of the boiler. The first one is used for filling the system with heat carrier [PG],an expansion vessel [6] is fixed on the second one.

All-year solar system-boiler with 0ne serpentine SUNRISE Elements: 1.Water holder 2.Panel collector 3.Pump group 4.Filter RAW 5.Digital control 6.Expansion vessel 7.Back valve 8.Spherical tap 9.Filling taps 10.Thermo-sensor 5

Year-round solar system - b oiler with two serpentines SUNRISE Elements 1.Панельный коллектор 2,15 м2 2.Контрллер дельта Сол 3.Термодатчик 4.Насосная группа 5.Расширительный бак 6.Фильтр 7.Заполняющий клапан 8.Обратный клапан 9.Шаровый кран 10.Циркуляционный насос 11.Обратный клапан 12.Котел 13.На систему отопления 14.Расширительный бак для системы отопления 15.Трехходовой клапан 2

Heat supporting systems SUNRISE Elements 1.Heating installation 2.Circulation pump 3.Circulation pump 4.Back valve 5.Generator 6.Magnet valve 7.Thermo sensor /cold heat-carrier from the heating installation / 8.Expansion vessel for heating install. 9.Thermo sensor /hot heat-carrier from the heating installation 10.Thermo- sensor /t° of the boiler for domestic hot water / 11.Combo - boiler 12.Solar collector 13.Expansion vessel for solar installation 14.Pump group for solar installation 15.Filter 16.Thermo- sensor /hot heat-carrier from the solar installation /. 17.Water holder for domestic hot water. 18.Thermo-sensor / lower part of the boiler- Dom. hot water/ 13 14

Panel collectors Select Advantages of panel collector SELECT: - special polymeric coating of the carrying aluminum construction, reducing the heat loss. - the absorber material made of copper tin -TINOX coating. Characteristics of absorber TINOX Classic: -solar coefficient of Absorbing : 95 % ± 2 % -heat coefficient of Emitting : 5 % ± 3 % TINOX Art-Line: - solar coefficient of Absorbing : 95 % ± 1 % -heat coefficient of Emitting : 5 % ± 1 % - heat carrier – liquid : PG - transformation capacity degree: 600 kWh/ м² Annually - Absorber : copper - Coating : TINOX Classic and Art-Line

Panel collector Standard  panel collectors Standard are mainly designed for domestic hot water seasonal systems and for the period April-October are able to cover the needs of warm water up to %.  The absorber is made of copper elements.  The special black coating absorbs maximum sun rays.  The frame is made of special aluminum profile.  The collector glass is designed for maximal omission of the sum rays.  The insulation is of mineral wadding.  Technical data of panel collectors Standard Absorber: copper Coefficient of absorbing : 95% Reflection : 5% 2 Transformation degree : 364 kWh / m 2 annually Coating: solar lacquer Hollander connection

Panel collectors Select / Standard Standard Select

Vacuum tube collector SUNRISE  The used materials provide long and efficient work for min. 20 years.  The strength of the connections between the glass tubes and absorber allow better vacuum field for better insulation.  The highly selective layer is sealed in high quality vacuum field, protected from outer influence and oxidation which improves its efficiency.  The vacuum tubes are changeable. The double glass tubes are without metal coating for absolute density.The hollowness of the absorbing tube allow maximal unobstructed heat flowing.  Technical data: size: х 765 х 100 мм weight 20 kg. surface 1,29 м². pressure resistance - мах. 6 bar heat – carrier Tyfocor HTL - 3,2 liters. transformation capacity of 4 collector system : 730kWh/ м². heating energy and safety /EN hailstorm resistance DIN/EN coefficient efficiency > 99 % Mounting: -Roof mounting -Flat roof or wall mounting 0 -Min. inclination angle of the panel collector to be emission Curve of effectiveness at 800W/m 2 emission Efficiency h

1.Solar stations. 2. Flexible joining connection. 3. Hand pump. 4. Flow-meter. 5. Filling element. 6. Draining element. 7. Air vent. 8. Filter. 9. Joining tee. 10. Filling tap. 11. Mixing valve. 12. Back valve. 13. Stainless flexible tube. 14. Stainless flexible tube. 15. Nipple straight /female-outer/ 16. Capillary welding connection. 17. Nipple double ¾`` /outer threading/ 18. Expansion vessel Mounting scheme SUNRISE

Elements for solar system SUNRISE Elements 1.Solar air vent. 2.Manometer with balancing valve. 3.Thermometer with stopping tap. 4.Pump. 5.Flow meter.

Elements for solar system SUNRISE Elements 1.Filter RAW. 2.Back valve. 3.Expansion vessel. 4.Filling tap.

Sample connection scheme SUNRISE

NEW ENERGY SYSTEMS