Why studies are important
Decisions in the design, certification and operation of buildings have a long-term impact on their energy performance, carbon footprint, operating costs and market value. Therefore, quality decision-making must be based on accurate data, proven methodologies and expert analysis.
Faster and better decisions
You will compare options and impacts before implementation. You will reduce the risk of "blind testing" during construction or operation.Investment and cost optimization
Studies help to find a balance between investment and operational savings. The result is economically justifiable for the investor.Support for certifications and compliance
The outputs are usable for LEED/BREEAM/WELL and also create auditable documents. This reduces duplication of work between certification and other requirements.Clear recommendations, not just numbers
We don't just deliver graphs and calculations. The outputs always include interpretation of the results and practical recommendations for further decisions.Energy modeling
We use modeling to compare HVAC and building envelope options, optimize consumption, and demonstrate compliance with certification requirements. Thanks to the model, you know whether the proposed solution brings measurable benefits or just increases costs.
We use dynamic simulation tools that take into account:
solution
We use energy models to:
consumption
Daylighting studies
Daylight significantly affects the comfort, wellbeing and energy requirements of a building. Properly setting daylighting helps reduce the need for artificial lighting and increases the quality of spaces.
Daylight level
and uniformity
We will assess whether the premises meet the required values and where problem zones arise. The output can be used in both design and certification.
Risk
from glare
Glare is a common cause of user dissatisfaction. We will suggest adjustments (shading, layout, materials) that will improve comfort without unnecessary compromises.
Recommendations for
architecture and facade
The result is not just “met/not met.” You will receive a proposal for specific adjustments that can be implemented into the project.
Expert analyses help projects better understand the impact of design on the comfort, energy efficiency, and durability of a building.
LCA – Life Cycle Assessment
LCA helps reduce the environmental footprint of a building from the design, selection of materials and technologies. It is also increasingly important for investors, sustainability and future market requirements. We assess the impacts from the production of materials, through construction and operation, to the end of life. The result is an overview of where the greatest impacts arise and which solutions bring the greatest effect.
Thanks to the analysis you will get
LCA analyses are an increasingly important part of sustainable building design and investment evaluation.
Carbon footprint calculation
Carbon footprint calculation is a fundamental building block of sustainability and decarbonization. We implement it according to the GHG Protocol methodology to accurately identify emission sources and determine the measures with the greatest impact
Carbon footprint calculation
We map emission sources and calculate Scope 1, 2 and Scope 3 (where it makes sense). The result is transparent and ready for reporting.Hotspot analysis
We'll show you which areas account for the largest share of emissions, so you know where it's worth investing your energy and budget.Basis for a decarbonization strategy
We will propose a framework of emission reduction actions that is realistic and measurable. The outputs can be directly used in ESG/CSRD.Support for ISO certifications
For ISO certifications, we focus on:
Tell us
about your project
Do you have a project or building that needs a clear ESG strategy, certifications or technical solutions? We'd love to help you find a solution that works today and in the future.
