e2build

>>energy saving with comfort<<

Optimize Building = Maximize Profit

Our mission is to provide our customers the most effective path of using their recourses utilizing energy efficiently and economically.

We are specialized in mathematical models of complex systems converting them into quantifiable measurable trends.

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ASSESSMENT

2 / 4

MODELING

3 / 4

OPTIMIZATION

4 / 4

TRANSITION

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Services

Energy Assessment

Assessment of current state of energy management practices to identify areas for improvement

Review your facility, your energy use and occupancy

Apply the best practices to your building’s needs

Develop savings, costs estimates to guide decisions and justify the action

The Level 1, 2 or 3 reports will provide comprehensive frame for your Energy Action Plan (EAP).

Energy Modeling

Applied science-based mathematical models of energy consumption, industrial processes and main energy consumers in the buildings

Combining building inputs with local weather data and apply science to calculate thermal loads, system response to different scenarios and energy use

Generating reports of individual and/or targeted Energy Efficiency Measures (EEMs)

Energy Optimization

Indemnifying opportunities

Developing optimization strategy and plan

Optimizing existing system and equipment

Help replacing inefficient equipment applying the incentive programs where applicable

Implement measures

Monitoring and verifying the measures in order to maximise productivity

Transition Plan

Developing realistic timelines of transition path, steps, from existing to more efficient systems, minimizing disruptions

Providing Energy Action Plan

Improving the business, balancing each step with capital spend, energy saving and incentives where applicable

Providing investment justification report

Providing report and results with each transition step

Reports

Assessment Level 1
Brief, walk-through the building
High level benchmarking, estimating total building energy use and comparing to similar buildings
High-level definition of energy system optimization opportunities
Qualitative energy efficiency measures EEMs describing savings, costs and priorities as low, medium or high.
Outline applicable incentive programs
Recommendations and qualification/applicability for Level 2 assessment

Assessment Level 2
Assessment Level 2 includes information from Assessment Level 1
Detailed building survey of systems and operations
Building benchmarking presenting in energy use intensity (EUI)
Breakdown of energy source, identifying EEMs, providing return on investment (ROI) including applicable incentive programs
Recommending improvements that can be made to meet business specific financial and environmental goals
includes communication with facility staff
Recommendations and qualification/applicability for Level 3 assessment

Assessment Level 3
Assessment Level 3 includes information from Assessment Level 1 and Level 2
Individual system mathematical modeling for best optimisation approach
Breakdown of energy source and end use identifying EEMs for each energy system
Compares total energy use to ideal/theoretical energy model of the building and business, based on applied science
Develop the metrics to compare the building’s energy use against comparable buildings or mathematical models to examine its operating performance and or use it for applicable incentives
Level 3 Assessment helps guide capital investment decisions

Certification & Compliances
ASHREA Standard 211 Energy Assessment
ASME Energy Assessment
Helping obtaining ISO 50001
Helping submitting incentive applications.
Heat load calculation
Estimating equipment heat load to environment
Compliance reports to applicable international and local codes and standards and providing path for achieving the goals
Reports stamped by Certified Energy Manager

Typical Projects

Industrial/Commercial Facilities

The Whole Building

Assessment Level 1

Walk through and generating high level recommendations.

5%-15% Energy Saving

Industrial/Commercial Facilities

The Whole Building

Assessment Level 2

Building energy consumption analysis; Benchmarking; Base line; Budget estimate; Detailed report.

7%-25% Energy Saving

Industrial/Commercial Facilities

The Whole Building

Assessment Level 3

Mathematical modeling; Options comparison; Capital projects planning; Detailed report.

10%-40% Energy Saving

Industrial/Commercial Facilities

Specific Requirement

Certification

ASHEAE 211; Portfolio Manager; Equipment Heat Load; ISO 50001;

Certify your Building

Industrial/Commercial Facilities

Mathematical Modeling:

Replacing Equipment

Incentives and Selection: Chillers, Cooling Towers, Pumps, RTUs, Air-Compressors.

10%-35% Energy Saving

Industrial/Commercial Facilities

Mathematical Modeling:

Free Cooling

Maximizing Fresh Air; Water free Cooling; Building Adjustments and Scheduling; Exhaust Air Optimization;

5%-35% Energy Saving

Industrial/Commercial Facilities

Mathematical Modeling:

System Optimization

Chilled and Process Water; HVAC; Compressed Air; Data Center; Filtration; Controls; Duct and Pipe Sizing.

5%-40% Energy Saving

Industrial/Commercial Facilities

L1, L2 and L3 Assessment:

Building Science

Indoor Air Quality; Infiltration; Building Insulation; Thermal Bridges; Windows; Doors; Roofs;

3%-15% Energy Saving

Mining/Steel Mill/Manufacturing

Mathematical Modeling:

Ventilation Improvement

Dust pick-up points; Canopy/Hood Exhaust; Conveyers; Baghouse filtration;

10%-25% Energy Saving

Industrial/Commercial Facilities

Mathematical Modeling:

Displacement Ventilation

Air distribution; Optimizing flow rate; Thermal balance; Controls;

18% Energy Saving

Manufacturing/Industrial

Mathematical Modeling:

Equipment Heat Load

Heat Load Certification for the whole building and/or individual Equipment;

Heat Load Certification

Manufacturing/Industrial

Mathematical Modeling:

Drying Process Optimization

Insulation, Exhaust, Transfer air Optimization;

14% Energy Saving

Contact

e-mail: info@e2build.com

Our team members are licensed and experienced professionals.

Disclaimer:

The reports, "Energy Engineered Buildings Inc." provides, are mathematical and numerical interpretation of the building performance. The accuracy is based on accuracy of the input data. Any change in inputs may and will affect the outputs. Our responsibility is to identify the relevant aspects and potentials for energy savings, energy reduction or recovery opportunities. The reports "Energy Engineered Buildings Inc." provides are informational and educational and they have to be expended to engineering and construction level to be successful. Although “Energy Engineered Buildings Inc.” may be involved in providing the guidance and interpretation of the recommended EEMs, reports, project transition plan and equipment selection process, we are not responsible for success of the construction projects based on these recommendations.

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