Reduce the Hidden Costs of Poor Power Quality
With a PQMS Designed for Your Factory
Address low Power Factor and harmonics with a solution tailored to your factory’s actual needs. Nova Green measures, analyzes and designs your system, assesses the investment before you commit, and verifies results after installation.
Guaranteed Results After PQMS Installation
PQMS: A Solution Designed for Your Factory
Power Quality Management System (PQMS) is a tailored power quality improvement system. We start with on-site measurements to understand the actual loads and issues before selecting equipment and defining the installation scope.
Depending on the findings, the proposal may include Power Factor Correction, Harmonic Mitigation and monitoring to support the agreed objectives. Equipment, technical targets and monitoring capabilities are specified in each proposal.
Owners and management can assess the investment; engineering, maintenance and energy teams receive the technical findings and implementation plan needed to evaluate the solution.
Consult an EngineerStart with the Problems Affecting Your Factory
Measurements help identify causes and determine which improvements are appropriate before equipment is selected.
Low Power Factor
Assess Power Factor and Reactive Power to identify loading concerns and possible charges under the applicable tariff. The proposal explains which costs and operating conditions the recommended solution addresses.
Harmonics and THD
Measure distortion associated with non-linear loads such as VFDs, inverters and UPS systems. Set improvement targets according to the electrical system and measurement location.
Machine Trips and Voltage Disturbances
Investigate voltage sag, surge and recorded events alongside operating conditions. Improvement options depend on the cause and the scope that the factory can address.
Make an Investment Decision with Site Data
The proposal connects technical findings with business considerations so each team can review the same plan.
Management
Investment and expected benefits
Engineering
Causes, equipment and technical targets
Energy Team
Load behavior and measurable outcomes
Shared Decision
Scope and acceptance criteria
What Your PQMS Proposal Covers
Define the solution before approval. Each scope is based on the site findings.
Baseline Measurements
Review voltage, current, power, Power Factor, Reactive Power, Harmonics and load behavior within the agreed measurement scope.
Improvement Design
Select correction or mitigation equipment based on the identified issues, load profile and installation constraints.
Investment and ROI
Present investment costs, expected quantifiable benefits and the assumptions used to estimate ROI and payback where sufficient data is available.
Verification Plan
Agree on comparison metrics, measurement conditions, reporting and any ongoing monitoring included in the proposal.
On-Site Measurements Before Equipment Selection
Consult our engineers first. We review the initial information and propose a measurement scope, schedule and fee suited to the factory before arranging the on-site work.
- Review symptoms, main loads, transformers and relevant electrical panels
- Agree on measurement points and a data collection period suited to operating conditions
- Analyze Power Factor, Reactive Power, Harmonics, THD and relevant voltage events
- Summarize findings and prioritize improvement options
- Use the measured baseline to support system design and the investment assessment
A Tailored Solution with a Clear Investment Case
The proposal states what we recommend installing, why it is needed and how the expected results will be assessed. Financial estimates are specific to your factory and depend on available measurement, tariff and operating data.
- Recommended equipment and installation scope
- Investment costs and expected benefits supported by site data
- ROI and payback estimates where sufficient data is available
- Calculation assumptions and operating conditions affecting results
- Before-and-after verification metrics and any agreed monitoring scope
From Consultation to Verified Installation
Review the findings and investment proposal before authorizing PQMS installation.
Consult an Engineer
Discuss the symptoms, operating conditions and available electrical information.
Agree on Measurement Scope
Receive the proposed measurement scope, schedule and fee for your site.
Measure and Analyze
Collect on-site power quality data and identify the issues relevant to the factory.
Review the Solution and Investment
Receive the recommended solution, investment costs, expected benefits and ROI/payback assessment where data permits.
Approve the Proposal
Confirm the equipment, technical targets, costs, work plan and verification criteria.
Install PQMS
Install the tailored system at the factory according to the approved scope.
Verify the Results
Compare before-and-after measurements using the agreed metrics and conditions, and report the findings.
Questions Before You Invest
Understand the scope, financial assessment and verification process.
Is PQMS the same system for every factory?
No. Equipment and scope are designed from the factory’s measured conditions. The proposal specifies the correction, mitigation and monitoring functions included.
How are ROI and payback assessed?
We use the proposed investment, measurable expected benefits and site-specific assumptions. Financial estimates are provided when sufficient data is available; there is no fixed return or payback period for every factory.
How do I start, and is there a measurement fee?
Start by consulting an engineer. We then propose the on-site measurement scope and fee based on your factory’s requirements for agreement before measurement work.
How are results checked after installation?
We compare before-and-after measurements using the indicators and operating conditions agreed in the proposal. Any ongoing monitoring is included only as specified in that scope.
Understand the Problem Before Investing in PQMS
Tell our engineers about your factory’s electrical issues. We will help define the next steps for measurement, solution design and investment assessment.