Project case study · Spain

Alzinar

Architectural timber construction integrated carefully into a protected wooded setting.

A 264 m² family home in Spain that combines a high-performance timber envelope, photovoltaic generation and a design shaped around the existing landscape.

SpainResidentialTimber Frame264 m²
LocationSpain
Surface264 m²
Energy feature4 kW photovoltaic system
Site principleExisting trees retained

Project overview

A project-specific timber solution shaped around the architecture.

Alzinar demonstrates how a project-specific timber-frame system can support expressive architecture without losing the discipline required for factory production. Large openings, refined geometry and careful site integration demanded accurate coordination before fabrication.

Prefabrication helps convert a complex architectural envelope into controlled wall, floor and roof elements, reducing dimensional uncertainty and supporting clean interfaces during assembly.

Project scope

The project surface and energy concept are shown here; complete wall build-ups, structural calculations and contractual supply schedules remain governed by the approved project documentation.

Alzinar project detail
ERGIO production or project detail related to Alzinar
SpainTimber Frame

Project-specific technical data

Project configuration and documented build-up.

The assemblies and project facts shown below are specific to this project and should not be used as generic specifications for another project.

01

Building area

264 m²

Project area.

02

Energy concept

4 kW photovoltaic system

The 4 kW photovoltaic system supports the project’s energy-positive design objective.

03

Landscape integration

Existing trees retained

The project was designed and constructed without removing trees from the site.

04

Construction system

Timber Frame

Project-specific prefabricated timber elements supporting the architectural concept.

ERGIO relevance

Where industrial timber manufacturing creates project value.

The exact contractual scope varies by project. These areas explain the manufacturing logic demonstrated by this case study.

01

Project-specific production

Timber elements prepared around the approved architectural geometry.

02

Precision around openings

Factory coordination supporting large glazed areas and clean junctions.

03

Envelope interfaces

Layers and edges coordinated to support the finished architectural expression.

04

Delivery coordination

Components organised for efficient structural assembly on a constrained wooded site.

Connected workflow

From approved information to an assembly-ready package.

ERGIO’s role is production engineering and manufacturing. Structural design, calculations and local approvals remain with the project-appointed team.

01

Approved project input

Architectural information, structural design and project requirements are received from the professional partner.

02

Production coordination

Geometry, interfaces, assemblies and machining operations are converted into controlled factory information.

03

Manufacture & checking

Components are produced, identified and checked according to the agreed scope and released revision.

04

Packing & site handover

Elements are organised for transport and the planned assembly sequence, subject to the project contract.

Professional project enquiry

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Share the target market, approved documentation, system, scale and expected production period for an initial B2B review.

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