Retrofit Technical Monitoring for Sustainable Building Projects

Retrofit Technical Monitoring is a crucial aspect of ensuring that retrofit projects are executed efficiently, meet energy performance goals, and comply with sustainability standards throughout their lifecycle. It spans all stages of the retrofit process, from initial assessments (C1) to post-retrofit performance evaluations (C4). By tracking energy consumption, system performance, and compliance at each stage, Retrofit Technical Monitoring ensures that energy-saving strategies are implemented correctly, enhancing building performance and minimizing environmental impact.

In sustainable building projects, Retrofit Technical Monitoring plays a vital role in managing energy performance, optimizing retrofitting interventions, and ensuring that building systems meet regulatory standards. This process guarantees that your retrofit investment delivers the intended energy savings and improves the long-term performance of the building.

C1 – Pre-Retrofit Monitoring (Initial Assessment Phase)

During Pre-Retrofit Monitoring (C1), we are concerned with putting in place the base performance, as well as detecting any inefficiency present. In this step, it is critical in order to guarantee that any planned interventions in the future are well informed on the existing energy usage in the building and to the performance of its system.

Baseline Energy Consumption Analysis

Carry out a detailed study of the energy consumption trends in the building.

  • Access previous years of energy use to come up with a comparison baseline.
  • Identify locations of energy intensity and energy wastage.
  • Prepare specific energy reduction targets of the retrofit project.

Structural & Building Envelope Assessment

To conduct thermal performance, evaluate the building structure and construction envelope.

  • Test to see how well insulated the property is and the efficiency of the windows to determine where sinking of heat occurs.
  • Carry out structural integrity assessment so as to establish parts that need stiffening up.
  • Create a basis of retrofit solution design that eliminates energy inefficiencies.

Air Leakage and Thermal Imaging Tests

Pinpointer air leaking areas and determine thermo performance by conducting state-of-the-art testing.

  • Carry thermal imaging tests in order to detect the air barriers and insulation holes.
  • Find the drafts and leakage points by conductivity of blower door tests.
  • Offer information on how to enhance the building envelope in order to save energy.

Energy Performance Benchmarking

Follow industry regulations on the energy utilisation of the building and compare it with other comparable properties.

  • Compare today energy performance to buildings of the same type and size.
  • Establish a performance improvement target of the retrofit project.
  • Find the potential of the energy savings according to the benchmarks.

Existing HVAC and System Diagnostics

Evaluate the HVAC system in place and other building critical systems.

  • Find problems of inefficiency in heating, ventilation, and air conditioning (HVAC) systems.
  • Have system diagnostics to check up on performance efficiency.
  • Recommend retrofits and upgrades to enhance performance of the systems.

Initial Energy Modelling and Simulation

Carry out energy simulations and energy modelling which project the potential energy savings of retrofitting.

  • Represent the energy consumption of the building and model the intervention of the proposed interventions of the retrofits.
  • Find the best retrofit strategies in achieving the energy performance objectives.
  • It shall support decision-making by predicting energy savings, ROI.

Building Condition Surveys

Carry out elaborate surveys to determine the general state of building and any structural/ energy performance problems.

  • Give a detailed report of the state and inefficiencies of the energy used and building.
  • Sketch the magnitude of the work needed to upgrade the building to energy requirements.
  • Establish a basis of retrofit design process.

C2 – Design & Planning Monitoring

At the Design & Planning Monitoring stage (C2), we will verify retrofit designs and make sure that the materials chosen by us can match performance objectives. This step will be critical in assuring that the intended retrofit measures will accomplish the targeted results on energy efficiency and sustainability.

Energy Consumption Modelling & Simulation

Fetch the assumed energy saving up by elaborated simulating and modelling.

  • Simulate the operation of retrofit systems and forecast their effects to energy consumption.
  • Tune designs so that they achieve energy saving objectives.
  • Confirm the use of materials and system selection to reach the optimal performance of energy.

Material & Product Specification Review

Review and confirm the specifications of materials and products that are to be used in retrofit.

  • Evaluate functionality and longevity of intended materials in terms of energy efficiency.
  • Make sure that goods are suitable to sustainability and regulatory measures.
  • Suggest the use of green friendly materials, which aids in retrofitting green the building.

Design Optimization for Efficiency

Retrofit designs so that they are energy efficient and have limited effects on the environment.

  • Check the design in general and make sure that it incorporates energy efficient solutions.
  • Correct any possible inefficiencies of the design prior to implementation.
  • Make sure that you design it in a way that is long term sustainable.

Compliance with PAS 2035, BREEAM, LEED

Make sure the retrofit design will be able to pass some of the most important industry standards and certifications.

  • Check the design is made in accordance with the PAS 2035 standards on energy efficiency retrofit.
  • Make sure that the building certificates in terms of green buildings meet the requirements of BREEAM and LEED.
  • Counsel widely to the certification procedure by making sure all design points get up to the necessary standard.

Get Started with Professional Retrofit Monitoring

Book a consultation or schedule a site assessment to begin your compliant retrofit journey with Compliant Retrofits. Let us guide you through the retrofit process, ensuring energy efficiency, sustainability, and long-term performance.

C3 – Installation & Implementation Monitoring

Installation & Implementation Monitoring phase (C3) is dedicated to the monitoring of the process of installation of the retrofit to guarantee that the total work is carried out at the highest level, on schedule, and within budget. Chain123 team is also focused and takes care about all safety standards and performance criteria achievement.

Installation Progress Tracking

Monitor the pace of all installation works and take care of them to be on time.

  • Measure the milestones of major retrofits.
  • Be in a position to establish and give reports on installation status and arise of problems.
  • Make sure that the work is done right at the correct time and according to the project specifications.

HVAC, Solar, and Insulation Setup Monitoring

Oversee installation of energy saving systems such as HVAC upgrades, installation of solar panels and insulation upgrade.

  • Monitor installation of HVAC systems on energy efficiency.
  • Make sure that solar energy setups are done appropriately, thus helping save a lot of energy.
  • Observance of the insulation installation process as a way of achieving the energy performance goal.

Quality Assurance & Control Measures

All the retrofit installations should be of the best standard.

  • Carry out on-site scrutiny to control quality workmanship.
  • Insure that all systems and materials are installed to design specification.
  • Implement quality control checks to ensure compliance with energy efficiency standards.

Compliance with PAS 2030 Requirements

All the retrofit work should be made to conform to the requirements of PAS 2030 concerning installation and energy efficiency.

  • Examine the installation practices, and make them comply with the guidelines set in PAS 2030.
  • Give compliance certification in the installation process.
  • Cope with matters that could occur during the installation to be compliant.
"Post-retrofit performance evaluation of building energy systems."

C4 – Post-Retrofit Monitoring (Performance & Feedback)

The Post-Retrofit Monitoring stage (C4) analyses the effectiveness of the retrofit project and determines whether it is satisfactory in terms of the anticipated energy performance and sustainability of the project. We assist and give comments on a regular basis to guarantee sustained performance keeping energy costs low.

Post-Retrofit Energy Audits

Carry out after-retrofit energy audits to determine the energy savings.

  • Determine and deduce the effectiveness of retrofit by measuring the energy consumption post-retrofitting.
  • Give an in-depth report about energy efficiency and performance enhancements.
  • Determine the areas which might need additional optimization.

System Efficiency and Comfort Validation

Prove the efficiency of new installations and make the occupants comfortable.

  • Check HVAC, lighting and insulation systems to make sure they are performing as expected.
  • Test the indoor comfort such as temperature and air quality.
  • Deal with performance-related matters that can be experienced after the installation.

Long-Term Energy Performance Monitoring

Monitoring the long term energy performance of retrofitted systems.

  • Install up continuing energy monitoring systems to monitor continuous energy savings.
  • Prepare regular reports on the use of energy and ways to improve it furthermore.
  • Make sure that energy efficient systems do not wear out, thus perform optimally.

ROI and Payback Period Analysis

Perform an analysis of the retrofit projects and the payback period of the retrofit project.

  • Determine the amount of savings in terms of energy per the original costs that were initially used in the retrofit.
  • Identify the schedule of gaining ROI.
  • Make recommendations on how improvements on ROI can be enhanced by additional energy-saving interventions.

Why Choose Our Retrofit Technical Monitoring Services?

Compliant Retrofits provides a full service of Retrofit Technical Monitoring that covers the complete retrofit lifecycle, making it energy efficient and in compliance with the industry standards. The reasons as to why you should consider our services are:

Certified Retrofit Assessors & Coordinators

Collaborate with certified professionals in the fields of energy-efficient retrofitting and the monitoring of buildings.

  • Get professional advice in all aspects of your retrofit project.
  • Expect to operate within the local regulations and the standards in the industry.

PAS 2030 & PAS 2035 Compliance

We deliver services that fully match recommendations on PAS 2030 and PAS 2035.

  • Make sure that you identify the most efficient form of retrofit in the industry.
  • Learn how to award green building retrofits with accreditation and certifications.

Full Lifecycle Monitoring (C1 to C4)

We offer all-through lifecycle monitoring, starting by first assessment to the post-retrofit review.

  • Monitor your retrofit project at each phase of energy performance.
  • Make sure your building ranks as energy efficient and sustainable in the long-term perspective.

Customized Reporting & Audit Support

Get customized reports and auditing assistance to assist you to determine the organizational approach to retrofit results and areas that could be improved.

  • Obtain specific performance results and viable recommendations.
  • Cross-support of ECO4, MCS and TrustMark standards.

FAQs

What is Retrofit Technical Monitoring?

Retrofit Technical Monitoring follows up and observes the performance of retrofit systems that are to achieve energy efficiency and sustainability objectives.

It meets the standards of energy, maximizes the performance, and monitors the energy savings during the retrofit process.

Offering the possibility to keep track of energy consumption, system efficiency, and environmental impact, Retrofit Technical Monitoring can assist in making the most out of retrofitting to guarantee its sustainability.

It covers the entire project life circle that includes pre-retrofit (C1), design and planning (C2), installation monitoring (C3) and evaluation of performance after retrofit (C4).

To discuss a first consultation and how our services can assist you to realize an energy efficient retrofit, contact Compliant Retrofits now.

Indeed, our services make sure that all the retrofit works are carried out, in accordance with the standards and regulations put in place in the area and within the industry (namely, PAS 2030, PAS 2035, and green building certifications).