Home > International Symposium on New Technologies for Sustainable Greenhouse Systems: GreenSys2023 > Optimization of equipment use in a plant factory with solar power generation

Articles

Optimization of equipment use in a plant factory with solar power generation

Article number

1426_26

Pages

183 – 188

Language

English

Abstract

Publication

International Symposium on New Technologies for Sustainable Greenhouse Systems: GreenSys2023

Authors

T. Jishi, K. Shoji, T. Ishii, S. Bando, N. Itoh, F. Goto, N. Higa, S. Kinjyou

Keywords

artificial lighting, demand response, LED, renewable energy

Full text

https://doi.org/10.17660/ActaHortic.2025.1426.26

Groups involved

Online Articles (75)

1. Computing radiative heat transfers in greenhouses: a methodology coupling analytical and numerical approaches for view factors assessment

S. Sourisseau | E. Chantoiseau | C. Toublanc | M. Havet

2. Exploring NeRF for automated 3D phenotyping in greenhouse: a promising direction in shape measurement and analysis

H.B. Choi | H.I. Lee | H.J. Lee | S.H. Park | T.S. Lee

3. Recirculating the air from the attic as a pre-renovation control strategy in a greenhouse-type solar dryer

4. Crop growth monitoring with time series data based on deep learning

5. Toward a modeling and control approach based on the drying product in greenhouses

6. Decision of optimal sensor location for predicting the internal environment of greenhouse using machine learning model

7. Production of faba bean (Vicia faba L.) inside a Mediterranean naturally ventilated solar greenhouse

F.D. Molina-Aiz | F.J. Palmero-Luque | M.H. Honoré | D.L. Valera

8. Effects of rooting hormone, light, and carbon dioxide enrichment on the rooting of Cannabis sativa cuttings

C.E. Collado | R. Hernández

9. Dynamic analysis of leaf and air temperatures in a greenhouse canopy: which measurement to use for greenhouse climate control?

V. Stauffer | D. Vuillermet | E. Chantoiseau | C. Ducourouble | P.E. Bournet

10. Estimation of a thermal time in individual cucumber (Cucumis sativus L.) fruit under Japanese greenhouse production

K. Maeda | K. Nomura | D. Ahn

11. Seed priming improves yield attributes of tomato under salt stress in greenhouse conditions

N. Habibi | N. Terada | A. Sanada | K. Koshio

12. The N-C balance model for optimizing nitrogen supply and temperature management in greenhouse fruit vegetable production

Y. Iwasaki

13. Use of marble gravel mulching for tomato production inside a Mediterranean naturally ventilated solar greenhouse

F.D. Molina-Aiz | M.N. Honoré | P. Marín-Membrive | C. Galindo-Rodríguez | D.L. Valera

14. Maintaining the quality of strawberry fruit in long-term storage by keeping the environment at low temperature and high humidity

T. Ishii | T. Jishi | K. Shoji

15. Indoor growing of tomato with LED lamps and FR bulbs

M.A. Bustamante | A.J. Bustamante

16. Effect of different supplemental lighting sources on cucumber (Cucumis sativus L.) growth

17. Integrated production in new light: light quality in greenhouse horticulture and its impact on the phyllosphere microbiome

B.W. Alsanius | M.E. Karlsson | M. Hellström | K.J. Bergstrand | A.K. Rosberg

18. Effect of light intensity and branch origin position on Cannabis sativa inflorescence density and THC content

S. Dam | Y. Zheng

19. Intumescence incidence and growth of ‘Sinhong’ chili pepper seedlings under different light qualities

20. Utilizing light exposure to its fullest: how light quality can aid biocontrol introduction in greenhouse horticulture – a pilot study

M. Hellström | M.E. Karlsson | R. Vetukuri | P.G. Becher | B.W. Alsanius

21. Impacts of LED light intensity on the transient expression of GUS gene in soybean (Glycine max) with half-seed transformation method

X. Shi | B. Li | R. Hernández

22. The assessment of lettuce Lactuca sativa ‘Rex Butterhead’ growth performance by implementing varying light colors using GREENBOX technology

23. Blue and UV-A light wavelengths positively affected the accumulation of healthy compound profiles in pak-choi

P. Mao | Y. Xu | G. Liu | Q. Li | Y. Zheng

24. Total evapotranspiration estimation in multi-crop layers of indoor vertical farms for energy savings

T. Ramírez | O. Körner

25. Influence of different DLI treatments on Valerianella locusta plants grown in an indoor vertical farm

D.D. Avgoustaki | G. Vatsika | C. Vatistas | T. Bartzanas

26. Optimization of equipment use in a plant factory with solar power generation

27. Assessment of nutritional properties of Valerianella locusta plants growing in indoor vertical farms under different lighting conditions

N. Mougiou | S. Didos | I. Bouzouka | D.D. Avgoustaki | A. Argiriou

28. Agronomical comparison of hydroponically grown sweet basil cultivars for vertical farming

29. Effect of different lighting under various wavelengths on seed germination inside a vertical farming system

C. Vatistas | D.D. Avgoustaki | T. Bartzanas

30. Impact of insect proof nets on the microclimate and on the risks of fungal development in a plant cover

R. Missaoui | P.E. Bournet | E. Chantoiseau | D. Vuillermet

31. Effect of a high transmittance film cover on agronomic and microclimatic plant parameters in a greenhouse tomato crop

M.A. Moreno-Teruel | F.D. Molina-Aiz | D.L. Valera | A. López-Martínez | F. Baptista

32. Solar spectrum modification by luminescent agriculture films for enhanced light use efficiency in greenhouse plant trials

33. Implementing of semi-transparent organic photovoltaic modules in a tomato greenhouse

34. Consumption of NH₄⁺ and NO₃^– by hydroponically cultivated lettuce at different NH₄⁺:NO₃^– ratios

Ø.M. Jakobsen | M. Schiefloe | A. Gjindali | I. Karoliussen | A.I.K. Jost

35. Sizing lettuce growing surface in aquaponic systems based on evapotranspiration and phosphorus fish feed

R. Salazar-Moreno | A.C. Sánchez-Martínez | J. Pineda-Pineda | I.L. López-Cruz | E. Fitz-Rodríguez

36. Evapotranspiration prediction for suitable combinations of cascade hydroponic systems

T. Ramírez | A. Elvanidi | N. Katsoulas | O. Körner

37. The effect of peat moss amended with three engineered wood substrate components on suppression of crown and root rot in floriculture crops

A. Poleatewich | M. Florian | B. Jackson | L. DeGenring

38. In planta evaluation of phosphorus solubilizing microorganisms using the Trait Finder digital phenotyping system

J. Quijia-Pillajo | S. Naik | L. Chapin | M.L. Jones

39. Monitoring and control of nitrate in closed-loop hydroponics

Ø.M. Jakobsen | K.A. Kristiansen | M. Schiefloe | A.I.K. Jost

40. Ozone-nano water can promote the growth of horticultural plants in hydroponic systems

S.W. Kim | G. Bok | J. Shin | J. Park | J.W. Do

41. Carbon and nitrogen cycles supported by microbes: a case study of organic aquaponics

S. Teramoto

42. Technology transfer from aquaculture to horticulture: rectangular sedimentation filter does not meet efficacy thresholds set for closed horticultural cropping systems

B.W. Alsanius | T. Brand

43. Development of an ion-selective electrode-based monitoring and dosing channel control system for closed-loop hydroponics

44. Spent mushroom compost as an alternative to peat-based soilless media for greenhouse potted basil production

T. Johnson | F. Di Gioia

45. Evaluation of alternative soilless growing systems for resource use efficiency, yield and quality performance of multi-leaf lettuce

P. Poudel | F. Di Gioia

46. Novel fruit growers’ advisory system using connected fruit dendrometer, micro-climate data and machine learning algorithms

47. The impact of automation and digitalization on management and labour in greenhouse operations in German horticulture – a mixed methods investigation

K. Sparke | S. Schröder | M. Lehberger

48. Navigation of a differential robot for transporting tasks in Mediterranean greenhouses

A. López-Gázquez | F.J. Mañas-Alvarez | J.C. Moreno | F. Cañadas-Aránega | J.A. Sánchez

49. Development of double-camera AI system for efficient monitoring of paprika fruits

50. Relationship between the tomato plants’ population size for imaging and the calculated fruit density by AI-based object detection

K. Tauchi | N. Fujiuchi | T. Kanoh | S. Toda | K. Takayama

51. Implementation of ventilation towers in a greenhouse at the end of a slope: numerical approach to natural ventilation behavior

52. Use of ‘double roof’ with photoconversion films to improve yield and photosynthetic activity in Mediterranean greenhouses

53. Transforming agriculture for a changing climate: harnessing precision technologies in controlled environment agriculture systems to enhance food security in arid and semi-arid zones

H. Fatnassi | R. Zaaboul | A. El Battay | F.D. Molina-Aiz | N.S. Gruda

54. Implementation of wind-solar hybrid systems in solar dryers through a mathematical model and the analysis of the ventilation rate

E. Ríos-Urbán | E. Sánchez-Cruces | E. Romantchik-Kriuchkova

55. Analysis of thermal energy loads of a building-integrated rooftop greenhouse (BiRTG) for urban agriculture

U.H. Yeo | I.B. Lee

56. Performance of a home plant factory (HPFAL) for indoor lettuce production using computational fluid dynamics

J. Flores-Velazquez | C.E. Aguilar-Rodríguez | C. Mendoza-Perez

57. Comprehensive CFD analysis in the main Mexican horticulture producing states

J. Flores-Velazquez | C.E. Aguilar-Rodríguez | E. Villagran | A. Rojano

58. Analysing the local climate in a plant factory in CFD by simulating the heat and mass transfer of the plants using a realistic plant model

W. Plas | T. Demeester | M. De Paepe

59. Ventilation rate prediction for naturally ventilated greenhouses using CFD-driven machine learning model

60. Snow load computation of greenhouses using CFD-DEM method

61. Light distribution in a two-level unit with supplemental LED lighting in a hydroponic greenhouse

H. Vitoshkin | M. Sacks | L. Rosenfeld | E. Ziffer | V. Haslavsky

62. Comparison of various crop models in greenhouse CFD model design: porous medium model and 3-dimensional crop structure model

63. Underutilized plant species in relation to improving human nutrition

64. Starwars: the use of lasers for indoor pest control

65. Economic analysis of a photovoltaic field on a greenhouse roof

J.A. Sánchez | F. García-Mañas | J. Ramos-Teodoro | F. Rodríguez

66. Quantifying energy saving by screens – the role of humidity transport

S. Hemming | V. Mohammadkhani | M. Raaphorst | F. de Zwart

67. Radiometric properties of screens and energy saving in greenhouses

D. Katzin | C. Stanghellini | V. Mohammadkhani | S. Hemming

68. Cross-laminated timber wall design and energy consumption analysis

69. Greenhouse vegetable production from the point of view of climate change

N.S. Gruda | H. Fatnassi

70. ECOFERT: an eco-physiological model for assessing nitrogen fertilization strategies in horticultural crops

71. Model-based optimization of N-fertilization strategies, balancing production and nitrate leaching in horticultural crops using genetic optimization

72. Development of a green building certification system for sustainable building-integrated greenhouse

Y.S. Yun | D.H. Jang | H.M. Cho | C.U. Chae

73. Effects of vertical air velocity on growth, morphology, and acclimatization of tomato seedlings

B.M. Huber | R. Hernández

74. Study on the mechanism of synergistic regulation of cucumber development by different soil-mixed irrigation with brackish and freshwater

Y. Cao | W. Li | Y. Wei

75. Auxin transport in axillary buds of Petunia × atkinsiana treated by mechanical stimulation

N. Kuźma | A. Jędrzejuk | M. Serek