What makes a report legally valid?

Ensure the report documents data sources, assumptions, and signatory authority. For electronic execution, meet the ESIGN four‑prong test: intent, consent, attribution, and record retention (15 U.S.C. ch. 96).

Can the report be signed electronically?

Yes; ESIGN and UETA recognize electronic signatures for most documents. Confirm state-specific notarization or RON requirements when a notarized signature is requested by a third party.

Are assessments subject to retention rules?

Retain reports for the active contract term plus minimum retention periods; financial evidence may be kept for 3 years per IRC §6501(a), and HIPAA-covered records for 6 years under 45 CFR §164.530(j).

When is notarization necessary?

Notarization is usually not required for an assessment report itself, but third-party funding or legal agreements associated with implementation may require notarized signatures or RON per state rules.

How should I fix inaccurate utility data?

Document discrepancies, seek corrected data from the utility, and annotate the baseline tracing. Recalculate savings if corrections materially change the baseline.

Who can sign the final report?

An authorized representative of the auditing firm or the licensed engineer who performed the assessment should sign. For contractual acceptance, an owner or authorized officer must sign.

Electronic Signature
Templates
Miscellaneous
Energy Efficiency Assessment Report

Energy Efficiency Assessment Report

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ENERGY EFFICIENCY ASSESSMENT REPORT

Parties and Administrative Details

Client Name: Client Address: Assessor / Provider Name: Assessor Company:

Assessment Reference No.: Site Visit Date:

Recitals

WHEREAS, Client Name: seeks an independent assessment of energy performance and opportunities to reduce energy consumption and operating costs at the property identified above; and

WHEREAS, Assessor Name: is qualified to perform energy auditing and shall prepare a written report describing observed conditions, recommendations, and estimated savings; and

NOW, THEREFORE, the parties agree that the Assessor will perform the services described in this Energy Efficiency Assessment Report under the terms and conditions set forth below.

Scope of Work

The Assessor shall perform the following services. The scope may include on-site inspection, data collection, equipment inventory, quick metering, and development of prioritized measures and cost estimates:

Assessment Details

Building Description:

Systems Evaluated: HVAC Lighting Building Envelope Controls/Automation Other

Metering and Measurement Summary:

Findings

Observed Conditions and Deficiencies: Priority Recommendations:

Energy Savings & Cost Estimates

Estimated Annual Energy Saved (kWh):

Estimated Annual Cost Savings (USD):

Estimated Total Implementation Cost (USD):

Estimated Simple Payback (years):

Notes on Savings Calculations:

Payment Terms

Total Fee for Assessment (USD):

Payment Schedule:

Late Payment Fee (percent per month):

Term and Termination

Contract Start Date: Contract End Date:

Either party may terminate this engagement for material breach or insolvency. Notice of termination must be provided in writing at least days prior to the effective termination date. Termination does not relieve Client of payment for services performed through the termination date.

Confidentiality

All non-public information furnished by either party in connection with this assessment shall be held confidential and used solely for the purposes of performing and evaluating the services. The Assessor shall not disclose Client data, supporting calculations, or proprietary analyses to third parties except with Client's prior written consent or as required by law. This obligation survives termination for a period of three years.

Representations, Warranties, and Liability

The Assessor represents that services will be performed in a professional manner consistent with industry standards. The Assessor provides no warranty of specific energy savings; estimates are predictive in nature and based on information available at the time of the assessment. Except for willful misconduct or gross negligence, Assessor's aggregate liability for direct damages arising from this engagement shall be limited to the total fees paid by Client for the assessment.

Governing Law

This Agreement shall be governed by and construed in accordance with the laws of the State of without regard to conflict of law principles.

Entire Agreement

This document, including any attachments and scopes of work incorporated by reference, constitutes the entire agreement between the parties relating to the subject matter hereof and supersedes all prior negotiations, proposals, and communications. Any amendment must be in writing and signed by authorized representatives of both parties.

Acceptance and Certification

By signing below, Client acknowledges receipt of this Energy Efficiency Assessment Report and authorizes the Assessor to proceed with the services described herein. The Assessor certifies that the findings and recommendations represent the professional judgment of the assessor conducting the evaluation.

Client Contact for Implementation Coordination: Phone or Email:

Client Name (Printed):

By:

Date:

Assessor Name (Printed):

By:

Date:

What the Energy Efficiency Assessment Report Is

An Energy Efficiency Assessment Report documents a building or facility's current energy performance, identifies inefficiencies, and recommends practical measures to reduce consumption and costs. It typically includes a summary of utility usage, baseline metrics, site observations, prioritized improvement measures, estimated savings, and implementation cost estimates. The report serves owners, facility managers, project teams, and incentive administrators as a decision document for retrofit planning, budgeting, and compliance with building program requirements or utility rebate applications.

Why this report matters for project decisions

A clear, professionally prepared Energy Efficiency Assessment Report helps quantify potential energy and cost savings, supports capital planning, and provides documentation required by incentive programs or building code compliance. It reduces uncertainty in scope and cost estimates while creating a measurable baseline for tracking performance improvements.

Who commonly prepares and uses these reports

Typical preparers and readers include energy auditors, commissioning agents, facility managers, contractors, and building owners.

Energy consulting firms and auditors who perform measurements, load calculations, and HVAC diagnostics for retrofit recommendations.
Facility managers and operations teams who use the report to prioritize capital projects and schedule maintenance.
Owners, lenders, and incentive program administrators who rely on documented savings estimates for approvals and financing.

The report is also used by designers and contractors to translate recommendations into scopes of work and bids.

Essential sections to include in a professional report

A complete Energy Efficiency Assessment Report organizes data and recommendations so stakeholders can evaluate cost, savings, and implementation risk.

Executive Summary

One- to two-page overview of findings, prioritized measures, estimated first-year energy and cost savings, and simple payback summaries for decision makers.

Baseline Data

Utility consumption and demand profiles, metered data summaries, measurement periods, and normalized baseline metrics used for savings calculations.

Site Observations

Inspection notes, equipment conditions, control logic issues, and photographs that document deficiencies and support recommended measures.

Measures & Savings

Detailed list of recommended upgrades with estimated energy savings, cost estimates, assumed lifetimes, maintenance impacts, and simple payback calculations.

Implementation Plan

Staged project timeline, probable contractors or procurement strategy, permitting considerations, and coordination notes for minimal operational disruption.

Appendices

Supporting calculations, equipment schedules, data logs, measurement methodology, assumptions, and references for technical transparency.

Step-by-step: preparing a reliable assessment

Follow a consistent sequence to capture data, analyze usage, and produce implementable recommendations.

01

Gather utility data: Collect 12–36 months of meter and bill history where available.
02

Conduct site walk: Inspect systems, record operating hours, and photograph inefficiencies.
03

Measure and log: Use spot meters or data loggers to capture equipment-level consumption.
04

Model savings: Estimate energy reductions, costs, and payback using transparent assumptions.

Typical workflow for issuing and using the report

A standard workflow moves from data collection to recommendations, review, and implementation tracking.

Request and scope: Client defines objectives, boundaries, and deliverables for the assessment.
Data acquisition: Auditor obtains bills, plans, and access permissions for site inspection.
Analysis and draft: Draft report produced with calculations, costs, and prioritized measures.
Final delivery: Final report delivered with appendices and implementation recommendations.

How to configure a digital workflow for the report

Set up fields and routing so each stakeholder completes their portion in order and the final report is archived securely.

Field	Configuration
Data capture fields	Text fields, dropdowns, and date pickers for structured input.
Signatures and authorizations	Order-based signing; capture signer role and timestamp.
Reviewer routing	Sequence reviews to include client, engineer, and compliance officer.
Archival settings	Generate PDF/A and store in secure cloud repository.

Technical considerations for eSubmission and signatures

Choose a platform that supports the file formats and authentication level required for your workflow.

File formats: PDF, DOCX, and XLSX supported
Integrations: Supports Salesforce, NetSuite, Google Workspace
Authentication: Email, SMS, or advanced methods

Ensure the chosen system provides tamper-evident signed documents, audit trails, and retention controls aligned with your compliance needs.

Typical eSignature pricing and capability snapshot

Compare starting prices and core capabilities for common eSignature vendors; signNow is listed first per comparison guidance.

	signNow	DocuSign	Adobe Sign	PandaDoc	HelloSign
Starting Price	$8/user/mo	$15/user/mo	$14/user/mo	$19/user/mo	$15/user/mo
Free Trial	7-day trial	Varies	Varies	Varies	Varies
Bulk Send	Yes	Yes	Yes	Yes	No
Audit Trail	Yes	Yes	Yes	Yes	Yes
HIPAA Compliant	Yes	Yes	Yes	No	No
Envelope Cap	No cap	100 envelopes/user/year	Varies	Varies	Varies

Typical timelines for assessment delivery and follow-up

Project timelines vary by scope; set explicit milestones for scheduling, draft review, and final delivery to manage expectations.

Schedule assessment:

Book site visit within 14 calendar days of approval.

Data collection window:

Collect utility and metering data spanning 12–36 months when available.

Draft report delivery:

Provide draft within 10 business days of site visit.

Final report delivery:

Deliver final report within 30 calendar days after client feedback.

Follow-up review:

Schedule verification or measurement within 90 days of implementation.

Key milestones from request to implementation

Milestones track progress and trigger approvals or funding decisions during the project lifecycle.

01

Request Received

Client submits scope and authorizes data access for the auditor.

02

On-site Assessment

Auditor conducts inspection, measurements, and interviews with operations staff.

03

Report Issued

Draft and final reports circulated to stakeholders for review and approval.

04

Implementation Start

Selected measures are contracted and scheduled for installation.

Security and compliance considerations for report handling

Encryption: TLS 1.2/1.3 in transit; AES-256 at rest

Authentication: Support for multi-factor options

Audit Trail: Timestamped action logs preserved

HIPAA (BAA): Business Associate Agreement available

Certifications: SOC 2 Type II, ISO 27001

Accessibility: WCAG 2.0 Level AA support

Potential risks and legal consequences

Inaccurate Findings: Liability risk

Missing Approvals: Project delays

Data Breach: Regulatory fines

Invalid Signatures: Enforceability issues

Late Submission: Incentive denial

Noncompliance: Contract disputes

Common mistakes to avoid when preparing a report

Using incomplete utility data or incorrect billing periods, which produces unreliable baselines and inaccurate savings estimates.
Relying on visual inspection only without spot measurements or data logging, resulting in missed operational issues or incorrect equipment sizing.
Failing to document assumptions, which makes the report hard to audit and weakens claims for incentives or financing.
Not securing signed approvals or required authorizations, which can delay implementation and invalidate funding applications.

Industry examples of report use

These brief examples show how reports translate into project decisions across common scenarios.

Municipal Building Retrofit

A city requested a baseline energy audit to qualify for a utility rebate

Auditor logged 24 months of bills and installed short-term metering
Final report prioritized lighting and HVAC controls, delivering a clear project budget and 4-year simple payback for council approval.

Commercial Office Upgrade

A property manager commissioned an assessment to reduce operating expenses

Site visit identified premature HVAC cycling and inefficient scheduling
The report recommended controls upgrades and tenant awareness actions, enabling a phased implementation tied to lease renewals.

Practical output formats and supporting documents

Deliverables and attachments make the report usable for implementation, incentives, and recordkeeping.

Summary Report

One- to three-page decision brief highlighting prioritized measures, cost, savings estimates, and implementation timeline for stakeholders and funders.

Technical Appendix

Detailed calculations, equipment lists, measurement logs, and vendor data that allow technical reviewers to verify assumptions and results.

Implementation Scope

Staged scopes of work and suggested bid packages that contractors can price directly from the report.

Verification Plan

Recommended measurement and verification approach to confirm realized savings post-installation, including sensors and reporting cadence.

Frequently asked questions about the Energy Efficiency Assessment Report

Answers to common operational, legal, and submission questions encountered when preparing or using these reports.

Need help? Contact support

What makes a report legally valid?
Ensure the report documents data sources, assumptions, and signatory authority. For electronic execution, meet the ESIGN four‑prong test: intent, consent, attribution, and record retention (15 U.S.C. ch. 96).
Can the report be signed electronically?
Yes; ESIGN and UETA recognize electronic signatures for most documents. Confirm state-specific notarization or RON requirements when a notarized signature is requested by a third party.
Are assessments subject to retention rules?
Retain reports for the active contract term plus minimum retention periods; financial evidence may be kept for 3 years per IRC §6501(a), and HIPAA-covered records for 6 years under 45 CFR §164.530(j).
When is notarization necessary?
Notarization is usually not required for an assessment report itself, but third-party funding or legal agreements associated with implementation may require notarized signatures or RON per state rules.
How should I fix inaccurate utility data?
Document discrepancies, seek corrected data from the utility, and annotate the baseline tracing. Recalculate savings if corrections materially change the baseline.
Who can sign the final report?
An authorized representative of the auditing firm or the licensed engineer who performed the assessment should sign. For contractual acceptance, an owner or authorized officer must sign.

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