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Greenhouse Energy Simulation

Ongoing research

Growing Underground

Monitoring is currently under way at the Growing Underground facility in Clapham, London, to record temperature, humidity and CO2 levels. This visionary facility aims to bring edible crop production to the heart of the city, using the disused WW2 Deep Shelter sites, thereby minimising the carbon impact of food transportation. The monitored data is being used to develop and validate a Greenhouse Energy Simulation model for the prediction of the energy consumption of the site.

Completed research

Royal Botanic Gardens, Kew

RBG Kew Palm House

A retrofit study of the buildings at the Royal Botanic Gardens, Kew, highlighted the need to incorporate the heat and mass transfer associated with plant transpiration into the dynamic building energy simulation for the ornamental glasshouses. A simulation tool has been developed for the analysis of such glasshouses and has been used in conjunction with DELORES and DENO to complete a district energy analysis of the RBG Kew site, incorporating building retrofit in addition to optimisation of district energy supply options.

This study was supported by the Royal Academy of Engineering and the  Daphne Jackson Trust

 

 

GES: Greenhouse Energy Simulator

Tomatoes at Thanet Earth

An EPSRC funded Impact Acceleration grant enabled the simulation model used at RBG Kew to be extended to the case of edible crops, where crop yield is an important outcome, directly affected by the indoor environment of the greenhouse. This work was supported by APS Salads, who provided extensive data for validation of the model.

A TRNSYS module was developed in order to enable dynamic building energy simulation of building-integrated agriculture systems such as the Rooftop Greenhouse at Seawater Greenhouse headquarters in Hackney, London.

 

For further information about any aspects of the Greenhouse Energy Simulation please contact .

The Greenhouse Energy team

In addition to Dr. Ruchi Choudhary and Rebecca Ward who are running the project, the team comprises:

Melanie Jans-Singh, Engineering Department

William Kaufhold, UROP student, May - July 2016

Relevant publications