Transforming Energy Retrofits Through Data Insights

Unlocking potential for energy-efficient residential buildings with data-driven policy implications.

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Innovative Research in Energy Retrofits

We analyze energy performance contracts to derive data-driven policy implications for residential energy retrofits, ensuring optimal understanding through iterative research design and AI methodologies.

A residential building with a sloping roof covered in solar panels. The structure features multiple windows and is surrounded by well-maintained shrubs. The sky above is cloudy, and a tall, narrow chimney is visible in the background.
A residential building with a sloping roof covered in solar panels. The structure features multiple windows and is surrounded by well-maintained shrubs. The sky above is cloudy, and a tall, narrow chimney is visible in the background.
Our Mission
Our Approach

Our research focuses on domain understanding and business insights, iterating through modeling steps to enhance data comprehension and inform effective energy retrofit policies for residential buildings.

Data-Driven Insights

Transforming energy retrofits through comprehensive analysis and informed policy implications for residential buildings.

Domain Understanding

Analyzing energy retrofits to enhance residential building efficiency and inform data-driven policies.

An aerial view of a modern, multi-story residential building with a mostly white facade and some red accents. Surrounding the building are several lush green trees, and a parking area with numerous parked cars. The building's rooftop features solar panels and other equipment.
An aerial view of a modern, multi-story residential building with a mostly white facade and some red accents. Surrounding the building are several lush green trees, and a parking area with numerous parked cars. The building's rooftop features solar panels and other equipment.
Modeling Steps

Iterative evaluation ensures optimal understanding of data and AI approaches for effective policy development.

A residential complex with white buildings featuring blue accents, including window frames and railings. Solar water heaters are visible on the rooftops. The sky is overcast with grey clouds, and there is a palm tree partially visible on the right.
A residential complex with white buildings featuring blue accents, including window frames and railings. Solar water heaters are visible on the rooftops. The sky is overcast with grey clouds, and there is a palm tree partially visible on the right.

Energy Retrofits

Analyzing EPCs to enhance residential energy retrofit policies effectively.

Two people are installing a large solar panel on a rooftop in an urban area with numerous buildings and a water tower in the background. The scene suggests an effort to set up renewable energy resources.
Two people are installing a large solar panel on a rooftop in an urban area with numerous buildings and a water tower in the background. The scene suggests an effort to set up renewable energy resources.
Research Design

Understanding domain for data-driven policy implications in energy.

A sleek, rectangular electronic device with an interface labeled 'myenergi.' It features an LCD screen displaying various energy metrics, such as power output and heating status. The device has multiple buttons for control, two antenna-like extensions on top, and brand names like 'eddi' and 'varisine technology' printed on the front. The finish is a combination of matte and glossy surfaces in neutral colors.
A sleek, rectangular electronic device with an interface labeled 'myenergi.' It features an LCD screen displaying various energy metrics, such as power output and heating status. The device has multiple buttons for control, two antenna-like extensions on top, and brand names like 'eddi' and 'varisine technology' printed on the front. The finish is a combination of matte and glossy surfaces in neutral colors.
Data Analysis

Deriving insights for optimizing energy retrofitting strategies and solutions.

A residential building with beige-colored walls and multiple windows, some of which have air conditioning units attached. The lower part of the building features shops or cafes with awnings. Cars and people are visible on the street, and there are trees on the right side.
A residential building with beige-colored walls and multiple windows, some of which have air conditioning units attached. The lower part of the building features shops or cafes with awnings. Cars and people are visible on the street, and there are trees on the right side.
A set of black solar panels installed on the roof of a blue house with white window frames. The rooftop is covered with light gray shingles. The background includes several trees and another house in the distance.
A set of black solar panels installed on the roof of a blue house with white window frames. The rooftop is covered with light gray shingles. The background includes several trees and another house in the distance.
Policy Implications

Evaluating results to inform actionable energy efficiency improvements.

Continuous Evaluation

Iterative assessments ensure optimal understanding of data methodologies.

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Contact Us

A densely packed urban area featuring a variety of residential buildings with flat rooftops. The architecture includes colorful facades with shades of pink, yellow, and earth tones. Solar panels are visible on some roofs, and there are trees and power lines interspersed between the buildings.
A densely packed urban area featuring a variety of residential buildings with flat rooftops. The architecture includes colorful facades with shades of pink, yellow, and earth tones. Solar panels are visible on some roofs, and there are trees and power lines interspersed between the buildings.

Reach out for insights on energy retrofits and data-driven policy implications in residential buildings.

Insights

Analyzing energy retrofits for residential improvement.

Solutions

Research

info@retrofit.ai

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