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Articles

ENERGY SAVING STRATEGIES IN GREENHOUSE INDUSTRY OF WEST GERMANY

Article number

87_40

Pages

371 – 384

Language

Abstract

At present the energy consumption of horticultural enterprises can be diminished by various efforts as these are the choice of the heating system, double sheltered greenhouses, movable thermal screens and good maintenance of heater and glasshouse.
In the future the use of sun energy and waste water for greenhouse heating will become more important.
Figures and dates for the possible amount of energy saving are shown and a pilot plant for the use of sun energy for the heating at night is described.

Publication

Symposium on Potential Productivity in Protected Cultivation

Authors

Chr. von Zabeltitz

Keywords

Full text

https://doi.org/10.17660/ActaHortic.1978.87.40

Online Articles (45)

2. GREENHOUSE STRUCTURE DESIGN WITH THE OPTIMIZATION TECHNIQUE

K. Kurata | K. Tachibana

3. WEATHERING RESISTANCE OF POLYETHYLENE AND PVC FILMS USED IN PROTECTED CULTIVATION

A. Ram

4. A SIMULATION OF NATURAL VENTILATION FOR A MULTI-SPAN GREENHOUSE

T. Kozai | S. Sase

5. EFFECT OF CEILING HEIGHT ON THE POWER REQUIREMENT OF FORCED VENTILATION IN GREENHOUSES

I. Seginer | A. Livne

6. RECENT DEVELOPMENTS IN RESEARCH ON THE MICROENVIRONMENT OF GREENHOUSE (Application to certain crop systems)

N. Hristea | T. Echim

7. INTERNATIONAL SYMPOSIUM ON POTENTIAL PRODUCTIVITY IN PROTECTED CULTIVATION JAPAN

M.A. Alafifi

8. THE VARIATION OF HEATING LOAD COEFFICIENT FOR THE GREENHOUSE

I. Horiguchi

9. REDUCING GREENHOUSE HEAT CONSUMPTION BY CURTAIN INSULATION SYSTEMS

M. Okada | M. Hayashi

10. THERMAL SCREENS FOR GREENHOUSE ENERGY EFFECTIVENESS

K.W. Winspear | B.J. Bailey

11. THE INFLUENCE OF SINGLE AND DOUBLE SHELTERS ON THE CLIMATE AND HEAT CONSUMPTION OF GREENHOUSES

H.J. Tantau

12. THE ROLE OF CARBON DIOXIDE IN PRODUCTIVITY OF PROTECTED CULTIVATION

H.Z. Enoch

13. CO₂ ENRICHMENT OF TOMATOES IN UNVENTILATED GREENHOUSES IN AN ARID CLIMATE

B.A. Kimball | S.T. Mitchell

14. PHYSIOLOGICAL ASPECTS OF CARBON DIOXIDE ENRICHMENT TO CUCUMBER PLANTS GROWN IN GREENHOUSES

T. Ito

15. CO₂ ENRICHMENT AND LIGHT-DEPENDENT TEMPERATURE CONTROL IN GLASSHOUSE TOMATO PRODUCTION

D. Rudd-Jones | A. Calvert | G. Slack

16. HIGH EFFICIENT STARCH PRODUCTION WITH SINGLE LEAF AND NODE CUTTING CULTURE OF SWEET POTATO

K. Yabuki | T. Uewada

17. TRENDS IN GREENHOUSE PRODUCTION IN THE EAST NORTH CENTRAL UNITED STATES

P. Allen Hammer

18. UTILIZATION OF PLASTIC FILMS FOR PROTECTED CULTIVATION

T. Nakashima | S. Kagohashi | Y. Naito

19. SPECTRAL DEPENDENCE OF PHOTOSYNTHESIS IN CROP PLANTS

K. Inada

20. ENVIRONMENTAL CONTROL IN THE ROOT ZONE: NUTRIENT FILM CULTURE

D. Rudd-Jones | G.W. Winsor

21. COMPARISON OF NUTRIENT UPTAKE BY GROWING MUSK MELON BETWEEN IN HYDROPONICS AND IN TRADITIONAL SOIL CULTURE

H. Kano | M. Kageyama

22. SOME PROBLEMS OF ROOT ENVIRONMENTS IN VEGETABLE GROWING UNDER GREENHOUSE CONDITIONS

T. Takano

23. A SIMULATION MODEL FOR CUCUMBER GROWTH TO FORM BASIS FOR MANAGING THE PLANT-ENVIRONMENT SYSTEM

T. Horie

24. THE EFFECTS OF FEEDING TIME AND NIGHT TEMPERATURE ON THE TRANSLOCATION AND DISTRIBUTION OF ¹⁴C-ASSIMILATES IN TOMATO PLANTS

Y. Hori | Y. Shishido

25. EFFECT OF VARYING NIGHT TEMPERATURE ON THE GROWTH AND YIELDS IN CUCUMBER

T. Toki | S. Ogiwara | H. Aoki

26. RESPIRATION MEASUREMENTS AS A TOOL IN THE OPTIMIZATION OF PLANT ENVIRONMENT IN GLASSHOUSE CULTIVATION

H. Challa

27. INFLUENCE OF VARYING NIGHT TEMPERATURES ON A CUCUMBER CROP

J. van de Vooren | P.J.A.L. de Lint | H. Challa

28. DIRECT DIGITAL CONTROL OF PLANT GROWTH III ANALYSIS OF THE GROWTH AND DEVELOPMENT OF TOMATO PLANTS

T. Takakura | G. Ohara | Y. Nakamura

29. COMPUTER CONTROL OF GREENHOUSE CLIMATES

A.J. Udink ten Cate | G.P.A. Bot | J.J. van Dixhoorn

30. PROGRAMMABLE CALCULATOR CONTROL OF GREENHOUSE ENVIRONMENTS

R.A.J. White | B.G. Olsen

31. IMAGE PROCESSING OF PLANTS FOR EVALUATION OF GROWTH IN RELATION TO ENVIRONMENT CONTROL

T. Matsui | H. Eguchi

32. A SOLAR POND – POLYSTYRENE BEAD SYSTEM FOR HEATING AND INSULATING GREENHOUSES

Ted H. Short | P. C. Badger | Warren L. Roller

33. PROJECTING CROP GROWTH IN A FLUID-ROOF SOLAR GREENHOUSE

C. H.M. van Bavel

34. A SOLAR HEATING SYSTEM FOR A 0.54 HA GREENHOUSE

W.J. Roberts | D.R. Mears

35. UTILIZATION OF SOLAR ENERGY FOR WINTER CROPPING GREENHOUSE TOMATO

T. Mori

36. LATENT HEAT OF WATER FOR COOLING AND DEHUMIDIFYING VENTILATION IN GREENHOUSES

Y. Mihara | M. Hayashi

37. USE OF THE RESIDUAL HEAT FROM POWER PLANTS IN HORTICULTURE IN BELGIUM

Ir. Jean DE WILDE

38. GREENHOUSE HEATING WITH EXHAUST GASES

E.A. Maginnes | G.H. Green

39. ENERGY SAVING STRATEGIES AND THE UNITED KINGDOM GLASSHOUSE INDUSTRY

K.W. Winspear

40. ENERGY AND PROTECTED CULTIVATION IN THE NETHERLANDS

G.H. Germing

41. ENERGY SAVING STRATEGIES IN GREENHOUSE INDUSTRY OF WEST GERMANY

Chr. von Zabeltitz

42. PROTECTED CULTIVATION AND ENERGY SAVING STRATEGY IN FRANCE

J. Damagnez

43. ENERGY SAVING STRATEGIES IN GREENHOUSE INDUSTRY.

T. Kristoffersen

44. ENERGY CONSERVATION IN GREENHOUSES IN THE USA

W.J. Roberts | D.R. Mears

45. ENERGY SAVING METHODS IN THE ISRAELI INDUSTRY

N. Levav | N. Zamir