Brochure PVG

ARCHITECTS Jorge Hernn Salazar Trujillo Ader Augusto Garca Cardona Alexander Gonzlez Castao COLLABORATORS Arch. Claudia Juliana Gmez Meja Arch. Lucas Arango Daz Arch. Natalia Giraldo Vsquez Arch. Julie A. Waldron Toro Arch. Carolina Bedoya Jaramillo Arch. Alejandro Valderrama Rojas

ADDRESS Calle 52 # 43 - 84 oficina 102 - 2 Medelln - Colombia PHONE NUMBER (--57-4) 511 4656 / 513 1748 [email protected] NIT 900196908-8

PVG Arquitectos Ltda. BROCHUREARCHITECTURE, ENERGY AND HUMAN WELFARE ADVISER GROUP

BROCHUREDesign and Consulting. High Quality Environmental Architecture.

PVG/01

INTRODUCTIONArchitecture and urbanism have big challenges to face and new requests to answer; the building as a mediator between the physiological and psychological needs of the inhabitant and the environmental conditions prevailing on the exterior, is consolidated on the contemporary environmental field, as a new axis of our discipline. Being this a new subject in constant development, many architectural offices and workshops do not count yet with the strength to make possible a High Quality Environmental Architecture. Our objective is to support the architectural and construction fields environmentally committed and energetically efficient, through thorough design, advise, consulting and research labors on urban, architectonic and constructive projects which could improved the quality of life of people and optimize the natural resources, the environment and energy efficiency. The use of principles, strategies and tools for the bioclimatic design, has as purpose the optimization of the energy performances of the buildings and the improvement of their inner environment. With this, we try to stimulate a higher comfort for users and residents and to decrease the environmental impacts of the architectonic project to its surroundings, in the same line of High Quality Environmental Architecture hypothesis. The energetic performance is understood as the optimization of matter and energy exchange events that happens between a building and its surroundings through its enclosures, which operates as permeable and semi permeable membrane that can be designed for the accurate management of this processes, with the economic and environmental interests. It is a labour of Architecture to get a close view of the physical and dynamic phenomenon generated by this processes, which is responsible of the welfare and comfort of users and residents, as well as the efficient management of the energy demand of the buildings from the first stage of design to its constructive process and its life time plan.Project: Plaza de la luz Location: Medelln - Colombia Architect Juan Manuel Pelez 2003 Project: New Terminal. Mlaga Airport Location: Mlaga - Espaa GOP 2001

Project: Building Plaza de la Libertad Location: Medelln - Colombia TORO POSADA ARQUITECTOS AND OPUS 2007

PVG ARQUITECTOS LTDA.

ARCHITECTURE, ENERGY AND HUMAN WELFARE ADVISER GROUP


PVG/02

HIGH QUALITY ENVIRONMENTAL DESIGNA project committed in offering a High Quality Environmental Architecture, starts with the study of environmental subjects and the use and occupation aspects that affect the user building relation. The climatic aspects that affect an architectural project are established by the place and are particularized by their surrounding, generating events as the solar winning, ventilation and air renewal, natural illumination, noise, contamination or the profit and value of the scenery, among others. Architectonic decisions as the nestling and orientation of the project, or the physic properties of its compounds and materials which integrate the building case, have an evident influence on the environmental performance of it, because the control and management inside the project depends upon them, such as temperature, natural light, natural ventilation and noise. The profit of external environmental conditions and the correct control of the internal effects of the buildings, allow us to obtain more comfortable edifications, with a lower energetic consumption and a logic use of the investments required for its construction and management. On bioclimatic Architecture, does not exists rules and designs to follow, it turns impossible to determine which is the correct matter, the ideal enclosure or the most convenient cover. The architectural and constructive elements should be analyzed for every project, according to the place it is located, because on the execution of a project it is necessary to realize some values from the social, economical and environmental point of view, such as cultural habits of the population, the existing resources (water, wood, land, workers, etc.), weather conditions (temperature, humidity, rainfall, wind), access conditions and capacity of producing energy, water systems, rain water and residue harvest and management. This is the way used by this group of professionals to generate a lasting architecture and higher energetic and environmental efficiency.Project: Bureche School Location: Santa Marta - Colombia Architects Mauricio Gaviria and Juan Manuel Pelez 2002

Project: EEPPM Library Location: Medelln - Colombia Architect Felipe Uribe 2003

Project: Engineering School Building 9. UPB Location: Medellin - Colombia Architect Alejandro Restrepo 2005




PVG/03

None impact

Low impact

Indifferent

Important

Very Important

Consolidation of temperature, humedity, ventilation and solar incursion measurements Universidad Nacional de Colombia Medelln - 2007

SUSTAINABLE URBANISMWhen talking about environmental appraisal of a public space, its analysis aspects are identified and certain procedures can be applied, based on sustainability concepts and environmental quality that can be applied to urbanism and architecture, taking care of natural resources, as well as human well-being and energy efficiency. The analysis' results become premises of town planning and urban-architectural design. This environmental procedural design starts from the environmental pre-existences of each place, praising its shape, scale and context. CONSTRUCTION OF ENVIRONMENTAL INDEXES Environmental appraisal indexes of urban spaces are built from the research of the variables that agree with the human well-being and the energy efficiency of buildings. An environmental index, evaluates initially the performance of physical variables, such as solar radiation, natural ventilation, luminance resource and the preexisting acoustics of each place, from its particular quantitative parameters. The final performance of each environmental variable is integrated in a dimensionless evaluation matrix which allows the construction of the general environmental index. Further phenomena can be integrated in this model of environmental assessment, such as visual fields, air quality and accessibility.

Map of visibility of three view points of the project Visible sites from three of the view points Visible sites from two of the view points Visible sites from one of the view points Project: Parque ARVI Location: Santa Elena - Colombia Architect: Uribe de Bedout 2008




PVG/04

Clculo de la huella de la sombra a partir de una representacin tridimensional del rbol Project: Parques Ciudad del Ro. S+A Arquitectos. 2007

SHADOWS DESIGN In tropical urban zones, direct solar radiation is the prime responsible of the thermal well-being of passers-by, similarly in cold weather insufficient sun-light can cause uncomfortable spaces. In both cases the outcome is inhabited public spaces or poorly used for the community. To optimise sun-light, it is necessary the analysis of the factors upon which depend the geographic localization and orientation of the project, the surroundings, the shape and size of the trees and the presence of other objects that can provide shadow over the public space. This urban design method allows diagnosing the solar behaviour of a square or street, studying the effectiveness of solar improving alternatives of spaces, quantify the number of hours of sun in any given point of the evaluated surface, identify the distribution pattern of solar radiation and contribute criteria to allocate correctly urban furnishing and to improve the control alternatives evaluated. VISUAL LANDSCAPE In the architectonic intervention of a place with significant landscaping resources, it is important to appreciate the visual fields, in order to ensure that the transformations contrasting do not affect negatively the original qualities. Hence, the location of structures and their supporting infrastructure, pathways, roadways and the field-growing strategies, should be in agreement with the visual resources, resulting on harmonious landscapes which can be appreciated from each view point as much as possible. This analysis is developed with a geomorphologic evaluation method of the territory from its topographic information.

7:00 - 12:00 Horas

12:00 - 17:00 Horas0-0.50 0.50-1.00 1.00-1.50 1.50-2.00 2.00-2.50 2.50-3.00 3.00-3.50 4.00-4.50 4.50-5.0

Huella de Sombra en la zona para espera de buses Project: Parques Ciudad del Ro S+A Arquietctos - 2007




PVG/05

Analysis of a facades solar gain Project: Edificio de Laboratorios UNINORTE Software: Helios+. PVG Arquitectos Ltda Location: Barranquilla - Colombia

SOLAR RADIATIONThe solar phenomenon introduces the temporality and variability in architecture along the year, as a result each facade and opening has a particular role regarding the apparent movement of the sun upon the firmament. The set of closings of a building should take under consideration such phenomena through solar control, with opaque materials providing shadows to openings, allow the entrance of solar radiation and natural illumination when the interior space requires. To predict the behaviour of a building against direct solar radiation is needed to calculate the amount of energy that reaches its translucent surfaces, magnitude depending of the orientation and geometry of each facade, local solar projection for which is being designed for the building and the surrounding conditions.

Urban shadows calculated during sun exposure hours Project: Plaza San Jos - Historic Centre of Barranquilla Software: Urban Helios. PVG Arquitectos Ltda Location: Medelln - Colombia. 2009

Evaluation of solar incursion and level of illumination utility in a building Project: Software Parquesol. PVG Arquitectos Ltda 2009




PVG/06

Natural and artificial luminance evaluation Project: Jardines Infantiles - EDU Software: Dialux Location: Medelln - Colombia 2009

INTEGRATED ILLUMINATIONNatural light's goodness is recognised nowadays within architecture, not only for its positive effects and stimulation on people, but also for its advantages of energy efficiency contrasting the alternatives of artificial lighting. Natural lighting in building depends greatly in the conditions of external illumination availability in the place where the project is developed, but mainly of the luminance characteristics of the finishing materials and the geometric relationship between the surfaces to be lighted and the openings letting the light in. Making the most of natural light should aim optimum levels of illumination, distribution and the control of other significant factors such as sharp visuals, object's dimensions, quick response, contrast, glare, brightness and direction of light. Based on the maximum level of making the most of the natural light available, the integrated illumination is achieved through the design of artificial illumination systems that compliments visual necessities of the project, and at the same time allows the best architectural expression of illumination in terms of efficiency and aesthetic.

Mlaga Airport Skylight Location: Mlaga - Espaa GOP 2001

Artificial illumination. Metro maintenance pits Project: Redesign illumination system METRO de Medelln Location: Medelln - Colombia 2009




PVG/07

Plan main classroom Project:Jardines Infantiles - EDU Location: Medelln - Colombia 2009

ACOUSTICThe sound in architecture should be assessed based on two design premises: Conditioning and Acoustic Isolation. The analysis of acoustic aspects such as reflections of sounds waves, the location of sound's sources and distribution of work places, study and entertaining, give support to recommendations with respect to the adequate materials, to achieve time of reverberation and absorption of noise, allowing to create spaces with quality sounds development according to the function that it is required for. The acoustic effects of noise as perturbing environmental variable can be treated with controlled systems and absorption, for both: the noise originating from the exterior and the noise contamination from neighbouring spaces.

Section main classroom Project:Jardines Infantiles - EDU

Section main classroom with sound waves Acoustic and geometrical evaluation Project: Jardines Infantiles - EDU Location: Medelln - Colombia 2009




PVG/08

VENTILATIONStudies of the movement of the air and it's interaction with buildings, trees and surroundings of the project, allow the evaluation of the effectiveness of the alternative strategies to improve or control of the wind of the area. The complex interactions between the mass of air in movement and the urban-architectural shapes are simulated with the table of laminar flow. This evaluation reveals the eolic dynamic, verifying turbulences and currents that enhance the renovation of the internal volume. Alternatives to encourage free circulation of air are studied, reducing turbulences and improving the environmental conditions, furthermore, suggestions can be made regarding the exterior closings of the project and suitable selection of vegetal species to enhance the flow of air.

Plan main classroom Project:Jardines Infantiles - EDU

Section Ventilation studies for the main classroom Project:Jardines Infantiles - EDU Location: Medelln - Colombia 2009




PVG/09

Visual fields evaluation Project: Control Towers Argelia Airport Location: Africa GOP 2008

Anthropometric studies Project:Jardines Infantiles - EDU Location: Medelln - Colombia 2009

ERGONOMYErgonomy studies contemplate the different variables of the context, the individual and his/her relation with the architectonic object, generating and integral analysis of the project in the human scale. The entire environmental phenomena analyzed in the exterior and the interior of the project, reinforce and condition people's relation with function and architecture. The anthropometric studies establish the dimensional and dynamic relationship of the people dwelling in the project, the activity that perform and the tools used, taking under account those are variables of genre, age, culture.

Movement evaluation Project:Jardines Infantiles - EDU Location: Medelln - Colombia 2009




PVG/10

GUIDEST PROJECTSTerminal de Transportes del Norte, Medelln. Actualmente. Infraestructura Educativa Malambo, Atlntico. Actualmente. Convenio AMVA IUCMA. 2009-2010 Hospital Infantil Concejo de Medelln. 2009 Centro de Salud Blanquizal, Medelln. 2009 Proyecto de vivienda Paradisia, Medelln. 2009 Proyecto Biblioteca 12 de Octubre, Medelln. 2009 Sede Administrativa Metro de Medelln, Fosos de Inspeccin Talleres Del Metro y Mural del Maestro Pedro Nel Gmez, Medelln. 2009 Proyecto Jardines Infantiles de Calidad, Colgios y Centros de Atencin Inmediata (CAI), Medelln. 2009 Bloque de Laboratrios UNINORTE, Barranquilla. 2009 Palcio de Justicia de Manizales, 2009 Bodegas CEDI EXITO, Medelln. 2009 Proyecto Biblioteca San Cristobal, Medelln. 2009 Centro Histrico de Barranquilla. 2009 Infraestructura Educativa Los Colores, Montera. Infraestructura Educativa Los Araujos, Montera. Proyecto Parque ARV, Santa Elena. 2009 Edifcio Calle 41, Montera. 2008 Proyecto Escala Llano Grande. 2008 Institucin Educativa Granja Experimental, Turbo. 2008 Casa Guillermo Vsquez. 2008 Casa Santa F de Antioquia. 2008 Proyecto Sistema Constructivo em Pneles Aligerados de Cemento (PAC). 2007 Investigacin. GOP Parquesol. Mtodo para estimar el balance . entre la ganancia por radiacin solar directa y el aprovechamiento de la luz natural en las edificaciones. Espaa. 2008-2009 Torres de control. Argel. 2008 Diseo de edificio de vivienda, Montera. 2008 Casa en Abu Dhabi, Emiratos rabes Unidos. 2008 Proyecto Plaza de La Libertad- 2008 Casa Fernndez Londoo. Cartagena, Colombia- 2008 Edificio Grupo Ortiz. 2007 Fcultad Ciencias del Mar Turbo. Universidad de Antioquia - 2007 Parque Simesa Y Parque de Los Colores. Medelln. - 2007 Trump Ocean Club. Ciudad de Panam. Panam. 2007 Diseo Edificio EMU. rea 1300 M2. Sabaneta- Antioquia- 2007 Fase II Bloque 9. Universidad de Antioquia. Medelln 2006-2007 Fase I Bloque 9. Universidad de Antioquia. Medelln- 2006. Edificios de Conserjera en Mrida Espaa. 2005-2006 Auditorio Bloque 43. Edificio de Apoyo a las Facultades de Ciencias, Ciencias Humanas y Econmicas. Universidad Nacional de Colombia Sede Medelln- 2006

Project: New Terminal. Mlaga Airport Location: Mlaga - Espaa GOP 2001

Project: Parques Ciudad del Ro Location: Medelln - Colombia S+A Arquitectos. 2007

Project: Orquideorama Location: Medelln - Colombia Architects: J. Paul Restrepo, Camilo Restrepo and Felipe Mesa 2007




PVG/11

GUIDEST PROJECTSEdificio Centro Logstico Servientrega. Medelln- 2006 Edificio Centro Logstico Servientrega. Barranquilla- Atlntico- 2006 Orquideorama del Jardn Botnico de Medelln Joaqun Antonio Uribe. Medelln- 2006 Proyecto Nuevos Colegios Para Medelln, Sector San Javier. Colegio Benedikta Zur Nieden. Barrio San Javier. Medelln- 2006 Proyecto Patologa Ambiental De Los Campus Urbanos Universitarios Universidad Nacional de Colombia. Sede Medelln. Medelln- 2005 Edificio Aulas Universidad Nacional sede Palmira. Palmira- Valle2005 Edificio Rotonda del Parque. Barrio Laureles. Medelln- 2005 Diseo de Casa de Encuentros Manantial Esperancista, Instituto Parroquial Jess de la Buena Esperanza. Diseo de sombras en la Plaza de la Luz mediante aplicacin de UHELIOS 2.0 desarrollado por Jorge Hernan Salazar. Cliente Arquitecto Juan Manuel Pelez F. Monitorizaciones y produccin de archivos de clima luminoso en las ciudades de Mlaga, Alicante y Madrid. Madrid, Espaa Optimizacin energtica y ambiental. Nueva rea Terminal del Aeropuerto de Alicante, Espaa. Madrid, Espaa. Proyecto arquitectnico Biblioteca Virtual EPM. Cliente: Uribe de Bedout Felipe. Arquitectos. febrero de 2003- 2004. Proyecto del Instituto Jorge Robledo. Cliente: Arquitecto Juan Manuel Pelez F. Abril de 2003 Pabelln Blanco. Palacio de Exposiciones de Medelln. 2003 Nueva rea Terminal del Aeropuerto de Mlaga, Espaa. 2003 Elaboracin de las bases para un concurso. Cliente: Universidad Nacional de Colombia Sede Medelln. 2003 Elaboracin de pliegos de licitacin para amoblamiento edificio S.I.U. Universidad de Antioquia. 2003 Investigacin Luz Natural en la Arquitectura. Mtodo experimental DLI. Bienal de Arquitectura Colombiana. 2002. Proyecto del Colegio Bureche, Santa Marta. Cliente:: Arquitectos Mauricio Gaviria y Juan Manuel Pelez F. 2002 Elaboracin de bases. Concurso Nacional de Sistema de Evacuacin Vertical de El Edificio Coltejer, Medelln Colombia. 2002 Estudio de alternativas de proteccin solar para el edificio de oficinas del xito de Envigado. Cliente: Condiseo. 2002 Estudio de alternativas de cerramiento y proteccin solar para fachada flotante Edificio de oficinas Megapark, Madrid, Espaa. 2002. Diseo de sistema de proteccin solar y clculo del ahorro energtico. Claraboyas del Hangar para Gestair, Aeropuerto de Barajas, Espaa. 2002.

Project: Casa de encuentros manantial esperancista Location: Copacabana - Colombia PVG Arquitectos Ltda. 2001




PVG/12

GUIDEST PROJECTSAlternativas de proteccin solar para el edificio de oficinas de PREBEL, Medelln. 2002. Metodologa para la evaluacin de puestos de trabajo. 2001 Anlisis ergonmico. Bazar de los Puentes Medelln. 2001. Estudio higrotrmico, planta de produccin. Itagi. 2001. Estudio higrotrmico en la planta de produccin Colombiana Kimberly, Barbosa. 2001. Estudio higrotrmico y clculos de WBGT. Edificio de oficinas, Itagi. 2001. Edificio de Talleres, Facultad de Arquitectura. Universidad Nacional de Colombia Medelln. 2001. Junta Municipal de Loranca, ESPAA. Cliente: AUIA (Arquitectos, Urbanistas e Ingenieros Asociados). 1996.

Project: Building Calle 41 Location: Montera - Colombia PVG Arquitectos Ltda. 2008



Brochure PVG

Documents

Transcript of Brochure PVG