Net Metering in Pakistan

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As of September 2026, an applicant with a distributed generation facility of 25kW or below does not need NEPRA concurrence; the relevant distribution company (DISCO) gives the approval. Above 25kW, NEPRA concurrence applies and the notified one-time fee is PKR 1,000 per kW. The fee for 25kW or below is nil.

This guide explains the net metering process in Pakistan using the official 2026 regulations, including eligibility, documents, costs, working-day timelines, LESCO and IESCO considerations, export rates, and how to check whether a NEPRA concurrence is relevant to your system.

It then covers commercial and industrial rooftop solar in depth, because factories, plazas, schools, cold storage units and offices face a different set of constraints from a household.

Official reference: NEPRA Prosumer Regulations, 2026 (PDF). NEPRA also lists all amendments on its Legal page.

Is Net Metering Still Available in Pakistan in 2026?

Yes, grid-connected consumers can still export surplus solar electricity, but for new applications the commercial mechanism is now net billing rather than the old one-for-one net-metering framework.

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Existing consumers can be different. The 2 April 2026 amendment protects valid approvals, licences or concurrences and agreements executed before the new rules took effect, so the earlier rate and billing mechanism continue until the agreement expires.

A material modification that changes maximum electrical output can remove that protection. See the official April amendment (S.R.O. 547(I)/2026).

Be careful with older guides. Many Pakistani solar articles still in circulation describe the 2015 Distributed Generation and Net Metering Regulations as current law, quote a one-for-one export credit of PKR 22-27/kWh, or state a seven-year agreement term. Those descriptions were overtaken during 2026.

Net Metering Application Process in Pakistan (2026 Guide)

The official process starts with the distribution company serving your electricity connection. The sequence below is based on Regulation 3 and the August 2026 amendment.

Step 1: Check whether your connection is eligible

The applicant must be a 3-phase 400V or 11kV consumer in an eligible category. The proposed distributed generation capacity cannot exceed the sanctioned load of the premises. A system of 250kW or above also requires a load-flow study through the licensee or a reputable Pakistan Engineering Council registered consultant.

Step 2: Check local transformer headroom

The DISCO cannot entertain a new application if distributed generation already connected to the relevant distribution transformer has reached 80% of that transformer's rated capacity. This makes an early feasibility check important before equipment is finalised.

Step 3: Complete the site and roof feasibility study

Establish usable shade-free roof area, roof structure condition, cable routes, inverter and switchgear locations, and the daytime load profile. For commercial sites this study decides whether the project is worth pursuing at all, and it is cheaper to discover a constraint now than after equipment is purchased.

Step 4: Prepare the application and technical file

Complete the prescribed application form and attach the required identity, contact, site, system, contractor, one-line diagram and inverter information. Utility-specific checklists may ask for additional supporting documents.

Step 5: Submit the file to your DISCO

The application and supporting documents are submitted to the relevant distribution licensee, such as LESCO, IESCO, FESCO, GEPCO, MEPCO, PESCO, QESCO, HESCO, SEPCO, TESCO, HAZECO or K-Electric.

Step 6: Completeness check

Within five working days of receiving the application, the licensee must acknowledge receipt and tell the applicant whether the file is complete. If information is missing, the applicant has three working days after being informed to provide it.

Step 7: Technical review

Once the file is complete, the licensee carries out its initial review within fifteen working days. If the proposed interconnection is technically infeasible, the reasons must be communicated within three working days after the review is completed.

Step 8: Sign the interconnection agreement

If the requirements are met, the licensee and applicant enter into the prescribed agreement within seven working days.

Step 9: Receive and pay the connection charge estimate

Within seven working days of the agreement, the licensee issues the connection charge estimate for the interconnection facilities, including metering. The prosumer is given seven working days to pay it.

Step 10: DISCO approval or NEPRA concurrence

For systems of 25kW or below, the concerned licensee gives approval. For systems above 25kW, the licensee forwards the case to NEPRA with the agreement, evidence of fee payment and prescribed affidavit; NEPRA may accord concurrence within seven working days after receiving the required documents.

Step 11: Installation and joint inspection

The system is installed and then inspected. Utility staff verify that the installed array, inverter, protection equipment and wiring match the approved technical file. Discrepancies between the paperwork and the installed plant are one of the most common causes of a failed inspection.

Step 12: Metering, commissioning and billing activation

The licensee must install and commission the proposed interconnection facilities within fifteen working days after payment of the demand notice. Billing under the prosumer arrangement begins after the required approval or concurrence is in place and the bidirectional meter is commissioned.

Net Metering Documents Required in Pakistan

The safest way to prepare the file is to separate the official NEPRA form requirements from extra documents that a DISCO may request through its own checklist. The national regulations explicitly require the following core information.

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In practice, DISCO checklists may also ask for a recent electricity bill, equipment datasheets, proof of installer credentials, ownership or authorised-use documents for the premises, undertakings, and other local forms.

Commercial applicants are frequently asked for company registration documents, board authorisation for the signatory, and tenancy or ownership evidence for the roof. Because these utility-level checklists change, confirm the latest list with the relevant DISCO before submission rather than relying on an old PDF or installer checklist.

Net Metering Cost in Pakistan Explained

There is no single national all-inclusive net metering cost in Pakistan. The official NEPRA fee is only one part of the expense. Metering, connection works, engineering, protection and any network improvements can add to the final amount.

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The Prosumer Regulations also make the prosumer responsible for all costs associated with interconnection facilities up to the interconnection point, including the metering installation.

If distribution-system improvements are required solely for the connection, those costs can also fall on the prosumer. If the licensee does not have a suitable meter available, the prosumer may procure one directly, subject to utility testing before installation.

For a small residential project, Luminey's published 5kW system guide uses a broad PKR 25,000-80,000 planning allowance for prosumer/net-billing application work, meter, documentation and service charges.

Treat that as a market-planning allowance, not an official national tariff. Read the 5kW Solar System Price in Pakistan guide for the wider system-cost context.

Costs can rise if you need sanctioned-load enhancement, extra protection, a new meter arrangement, long cable runs, transformer or feeder upgrades, additional engineering studies, or corrections after inspection.

Net Metering Timeline: How Long Does Approval Take?

The regulations do not promise one fixed end-to-end calendar duration. Instead, they set stage-by-stage working-day limits. A clean case can still take several weeks because each stage starts after the previous requirement is satisfied.

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If the main DISCO stages run near their maximum windows, roughly 49 working days of utility processing can be involved from completeness checking through commissioning, before counting applicant corrections, payment delays, extra studies or network upgrades.

For systems above 25kW, NEPRA concurrence has its own seven-working-day window and may overlap with some utility activity.

In calendar terms, plan for roughly six to fourteen weeks for a straightforward case, and longer for large commercial projects that involve sanctioned-load enhancement, a load-flow study, transformer work or repeated inspections.

Meter availability, document corrections and DISCO workload are the usual reasons a project lands at the slower end of that range.

Net Metering Policy Pakistan 2026: Four Rule Changes to Know

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Because the rules changed more than once during 2026, older articles may still describe a generation licence, a universal PKR 1,000/kW fee, or the earlier net-metering billing mechanism. Always check the latest documents on NEPRA's official Legal page before submitting or calculating payback.

Net Metering Rates in Pakistan Under Net Billing

Under Regulation 14, the DISCO bills electricity supplied to the prosumer at the applicable consumer tariff and credits electricity supplied by the prosumer at the National Average Energy Purchase Price.

NEPRA's power-purchase-price forecast for calendar year 2026 states a National Average Energy Purchase Price of PKR 8.13/kWh. The regulations allow NEPRA to revise the rate during the agreement, so this figure should be treated as the 2026 official forecast reference rather than a permanent lifetime export rate.

See the NEPRA 2026 Power Purchase Price Forecast.

Example: if a home exports 180 kWh in a month and PKR 8.13/kWh is the applicable export rate, the export credit is about PKR 1,463. Electricity used directly from solar before it reaches the meter can be more valuable because it avoids buying that electricity at the consumer's applicable retail tariff.

Monthly solar value = self-consumed solar x avoided import cost + exported solar x applicable export credit

This is why Luminey's On-Grid vs Off-Grid Solar guide recommends sizing new grid-connected systems around realistic daytime self-consumption instead of assuming that every exported unit cancels an imported unit one-for-one.

Why the Maths Is Different for Commercial and Industrial Consumers

Most net metering coverage in Pakistan is written for a household with a 5kW or 10kW rooftop. A factory, plaza, school, cold storage unit or office building is a different proposition in four ways.

1. The tariff you avoid is higher. Commercial and industrial tariffs generally sit above domestic slabs, and many three-phase commercial consumers are on time-of-use metering. Every unit of solar you consume on site avoids purchasing that unit at your applicable commercial rate, so the value of self-consumption scales with your tariff, not with the export rate.
2. The absolute numbers are larger in both directions. A sizing error on a 5kW house wastes a modest amount of capital. The same proportional error on a 200kW factory array is a materially larger write-off, and an approval delay costs real money in continued grid purchases.
3. The approval route changes above 25kW. A commercial system almost always crosses the 25kW threshold, which means NEPRA concurrence, the PKR 1,000/kW notified fee, an affidavit and a longer document set. At 250kW and above, a load-flow study is required as well.
4. Your load shape decides the return. Under net billing, a business that consumes its generation during daylight captures full tariff value. A business whose heavy load runs after sunset exports cheaply during the day and buys expensively at night. This single factor separates a strong commercial solar case from a weak one.

Which businesses gain most under net billing

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The pattern is consistent: roof area does not determine value, and neither does your total monthly bill. Daytime consumption does.

Commercial Solar Sizing: Sanctioned Load, Roof Area and Generation

Two hard limits govern commercial system size before any commercial judgement is applied.

Limit 1: sanctioned load. Regulation 3 states the proposed distributed generation capacity must not exceed the sanctioned load of the premises. A plaza with a 60kW sanctioned load cannot install 100kW of solar, whatever the roof allows. Your sanctioned load appears on your DISCO connection documents and bill.

Limit 2: transformer headroom. If distributed generation on your distribution transformer has already reached 80% of its rated capacity, the licensee cannot entertain a new application on that transformer. In dense industrial and commercial areas this is a genuine risk and is worth checking before you commit to a design.

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Generation figures above are planning estimates based on roughly 3.8 to 4.5 units per kWp per day across a Pakistani year. Actual yield varies with location, tilt, orientation, shading, soiling, temperature and array losses. Use a site-specific yield estimate for any investment decision.

Roof area. As a planning figure, allow roughly 80 to 100 square feet of usable, shade-free roof per kW for a tilted rooftop array, including walkways and inter-row spacing. A 100kW array therefore needs in the region of 8,000 to 10,000 square feet of usable roof, not total roof. Parapet shadows, water tanks, stair blocks, HVAC plant and cable trays all reduce usable area.

Structure. Confirm the roof can carry the mounting structure and array loads, including wind uplift. On older industrial sheds and on buildings with added floors, a structural assessment before procurement avoids an expensive discovery later.

Sanctioned load enhancement. If your load is genuinely larger than your sanctioned load, enhancing sanctioned load is a separate DISCO process with its own cost and timeline. Start it before the prosumer application rather than in parallel, because the DG capacity you may apply for follows the sanctioned load on record.

Peak and Off-Peak: The Timing Trap in Commercial Solar

This is the point most commercial solar pitches skip, and it matters more under net billing than it did under the old framework.

Many three-phase commercial and industrial consumers are billed on time-of-use tariffs, where evening peak hours carry a higher rate than off-peak hours. Solar generates during the day.

Under net billing, the units you export during the day are credited at NAEPP regardless of when you export them, while the units you import during the evening peak are billed at your applicable peak rate.

The consequence is a widening gap between what an exported unit earns and what an imported unit costs:

Value gap per unit = your applicable import tariff (including peak rates) - NAEPP export credit

A worked illustration, using your own figures rather than ours:

• Assume a commercial site consumes 400 units on a working day and the array generates 450 units.
• If 320 units are consumed on site and 130 exported, the site avoids buying 320 units at its commercial tariff and earns NAEPP on 130.
• If the same site is closed in the afternoon and consumes only 150 units on site, 300 units export at NAEPP and the site still buys its evening load at the peak rate.

The second case has identical panels, identical generation and a materially worse return. Substitute your actual tariff, your actual daytime consumption and the current NAEPP figure to see the real gap for your site, and revisit the system size if the exported share is large.

Three practical responses:

1. Shift flexible load into daylight where the process allows: pumping, compressed air, batch production, laundry, ice-making, pre-cooling, EV charging and water heating.
2. Size to daytime load, not to roof area or total bill. Under net billing, the marginal panel that only ever exports earns the lowest rate available to you.
3. Evaluate storage on the evening peak, not on the export rate. A battery earns its keep by displacing expensive peak imports and covering outages, not by storing units you would otherwise export at NAEPP.

Commercial Solar Cost and Payback in Pakistan

No honest article can give one payback number for all commercial projects. Published market ranges for turnkey commercial solar in Pakistan vary widely by structure type, cable runs, switchgear specification, panel and inverter brand, and site conditions. Rather than repeat a figure you cannot verify, use the method below with your own quotations.

Step 1: establish your avoided cost. Take your last twelve months of bills. Identify your effective commercial tariff per unit, including any time-of-use split between peak and off-peak.

Step 2: estimate self-consumption share. From your load profile, estimate what proportion of solar generation will be consumed on site. A single-shift daytime operation may self-consume 70-90%; a mostly-evening business may self-consume far less.

Step 3: value annual generation in two parts.

Annual saving = (annual generation x self-consumption share x avoided tariff) + (annual generation x export share x NAEPP)

Step 4: total the investment. Include the array, mounting structure, inverter, protection and switchgear, cabling, earthing, civil works, the DISCO connection charge estimate, the NEPRA concurrence fee where applicable, engineering and any load-flow study, plus sanctioned-load enhancement if required.

Step 5: divide. Simple payback in years equals total investment divided by annual saving. For a more careful view, add annual degradation of roughly 0.4-0.7% on generation, allow for cleaning and maintenance, and consider likely tariff movement over the system life.

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Two warnings about payback figures circulating online. First, several widely shared tables were calculated on the old one-for-one export credit and have not been reworked for net billing, so they overstate the value of exported units.

Second, a payback band quoted without a stated self-consumption assumption tells you almost nothing, because self-consumption is the largest single variable in the calculation.

Protection and Switchgear: What DISCO Inspection Actually Checks

A commercial application can pass its paperwork review and still fail at inspection if the protection chain is incomplete.

This is one of the most common avoidable causes of delay, and it is also a safety and uptime issue in Pakistani conditions, where monsoon lightning activity, unstable supply voltage and load-shedding reconnection transients all stress equipment.

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The cost consequence is asymmetric. Protection hardware is a small fraction of a commercial project, while an inverter replacement after a surge event, plus the lost production and lost self-consumption savings during downtime, is not.

On a site where production depends on continuity, specify protection for the site's real exposure rather than to the minimum that might pass an inspection.

Confirm the exact device schedule your DISCO expects for your system size before procurement, because inspection practice varies between utilities and can be updated.

Eligibility Checklist for Commercial and Industrial Applicants

Work through this before you request quotations.

• Connection type. The applicant must be a 3-phase 400V or 11kV consumer in an eligible category.
• Sanctioned load on record. Proposed DG capacity must not exceed it. Check the figure on your bill or connection documents.
• Transformer headroom. Confirm the relevant distribution transformer has not reached the 80% distributed-generation threshold.
• Premises rights. Ownership, or documented authority to install on the roof. Tenants should secure landlord consent in writing early; a five-year prosumer agreement outlasts many tenancies.
• System type. On-grid or hybrid configurations exporting to the network. A pure off-grid system is not a prosumer arrangement.
• Installer credentials. Pakistan's earlier framework required installation through an AEDB-certified installer, and DISCO checklists have commonly asked for installer credentials. Confirm the current requirement and accepted evidence with your DISCO before contracting, since this is a utility-level checklist item rather than a figure fixed in the 2026 regulations.
• Corporate documents. Company registration, CUIN, authorised signatory evidence and board authorisation where applicable.
• Load-flow study. Required at 250kW and above, through the licensee or a PEC-registered consultant.
• Budget for the full connection cost. The connection charge estimate, concurrence fee, metering and any network improvement attributable to your interconnection.

LESCO Net Metering in Lahore 2026: What Applicants Should Know

For a Lahore consumer, the national NEPRA rules above still govern the commercial and technical framework, while LESCO handles the local application, review, agreement, connection estimate, metering and approval process within its service territory.

Before applying in Lahore, check four items first:

• Your connection is three-phase and the proposed solar capacity does not exceed sanctioned load.
• Your local transformer has enough distributed-generation headroom under the 80% rule.
• The installed inverter, protection and one-line diagram match the submitted technical file.
• You know whether your system is 25kW or below, because that determines whether DISCO approval alone is sufficient or NEPRA concurrence is required.

Do not rely on an old LESCO net-metering fee screenshot or pre-February 2026 guide without checking the current utility checklist. National fee and concurrence rules changed during 2026, while local connection charges and meter costs can still vary by case.

IESCO Net Metering Guide Pakistan: Same NEPRA Rules, Different Utility

IESCO applicants in Islamabad and Rawalpindi follow the same Prosumer Regulations, sanctioned-load limit, transformer-capacity rule and net-billing mechanism. The difference is the distribution company processing the local application and interconnection.

For systems above 25kW that require NEPRA concurrence, NEPRA publishes concurrence records by utility. You can review the NEPRA IESCO net-metering/concurrence listings for publicly posted cases. For 25kW or below after 6 August 2026, the relevant approval is with the DISCO rather than NEPRA concurrence.

NEPRA Net Metering License and Online Check: What to Look For

The search phrase NEPRA net metering license is now partly outdated for ordinary small systems. In the 2026 framework, the important terms are DISCO approval and NEPRA concurrence rather than a universal residential generation licence.

• 25kW or below: NEPRA concurrence is required after the 6 August 2026 amendment; check application/approval status with your DISCO.
• Above 25kW: NEPRA concurrence applies; public concurrence entries are published on NEPRA utility-specific net-metering pages.
• If you have a pre-9 February 2026 agreement, check the agreement date, expiry date and whether any material system modification has been made before assuming the old billing mechanism still applies.

NEPRA's public pages, such as the GEPCO concurrence listing, show concurrence numbers, application numbers, dates and applicant names for cases that require NEPRA action.

Net Metering Solutions: What Your Solar System Needs Before Approval

A successful application is not only paperwork. The solar system also has to be designed for safe parallel operation with the grid.

• A grid-connected inverter that meets the applicable interconnection and anti-islanding requirements.
• A one-line diagram that matches the actual installed equipment and protection arrangement.
• A manual disconnect device where required, with safe access for utility personnel.
• Bidirectional metering capable of accurately recording electricity flow in both directions.
• Correct AC/DC protection, isolation, earthing and cable sizing for the installed capacity.
• System settings that match the approved capacity; unapproved extension can trigger compliance issues and, for legacy agreements, affect protected billing treatment.

Luminey's on-grid G2 Pro and G3 ranges are designed for grid-connected applications, while Elecra is the hybrid line for projects that also require battery backup. Review the Luminey product range and confirm the exact model, phase, protection settings and utility acceptance before purchasing equipment for export.

Luminey C&I and High-Voltage Products for Systems Above 25kW

Commercial and industrial projects sit on the other side of the 25kW threshold, so equipment selection has a direct effect on the application route, the concurrence fee and the technical review.

A 50kW factory rooftop, for example, needs NEPRA concurrence and attracts the notified PKR 1,000/kW one-time fee, which works out at about PKR 50,000 for that system size, in addition to the DISCO's own connection and metering charges.

Luminey's commercial line covers both sides of a C&I installation: the three-phase on-grid inverter that actually exports to the network, and the high-voltage battery platforms that raise daytime self-consumption and hold the site up during load-shedding.

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Luminey's Commercial and Industrial energy storage page lists Oasis Flex as scalable up to 4.2MWh and Oasis 60 up to 3.6MWh across larger multi-cluster deployments, while each product page states 360kWh for a single connected cluster. Confirm the exact target configuration with Luminey before finalising a large project design.

Why high-voltage matters on a commercial prosumer application

• Fewer strings, lower current. A 614.4V battery platform moves the same energy at lower current than a 48V bank, which reduces cable sizing, busbar cost and conversion losses on a large site.
• Certification evidence for the technical review. G3 is certified to IEC 62109, IEC 62116 anti-islanding, IEC 61727 utility interface and EN 50549 grid-connection requirements, which are exactly the areas a DISCO examines before approving parallel operation. Oasis Flex and Oasis 60 carry IEC 62619, CE and UN38.3, with Oasis 60 adding IEC 62477.
• Design headroom without breaching sanctioned load. G3 accepts a PV array up to 150% of rated AC output, so a site can capture more morning and evening generation while the DG facility rating declared on the application stays within the sanctioned load.
• Self-consumption is where net billing pays. Because exports are credited at NAEPP rather than at your retail tariff, a commercial battery that shifts solar into evening or shift-work hours often earns more than sending the same units to the grid.
• Modification rules still apply. The inverter model, version and serial number you declare must match what is installed, and adding capacity later needs fresh approval or concurrence. Plan the expansion path, with Oasis Flex or Oasis 60 cabinets, before the first submission rather than after commissioning.

Storage is not a requirement for exporting solar to the grid. It is a commercial decision about outage cover, load shifting and the gap between your import tariff and the export credit. Explore the Luminey Commercial and Industrial energy storage range and the G3 on-grid inverter, or speak to the team about a site-specific configuration.

How a Net Metering System Can Save on Electricity Bills

A grid-connected solar system can still reduce electricity bills after the 2026 policy change, but the economics now reward self-consumption more strongly than export-heavy sizing.

To improve value under net billing:

• Run air conditioners, pumps, washing machines and other flexible loads during strong solar-production hours where practical.
• Size the PV array from real daytime consumption, not only roof area or the maximum inverter input.
• Use monitoring to compare solar generation, self-consumption and export rather than looking only at total monthly generation.
• Consider battery storage when outage backup or evening energy shifting justifies the extra cost; a battery is not required simply to export solar to the grid.

For system-sizing context, compare Luminey's 3kW solar system guide, 5kW solar system guide and 10kW solar system/inverter guide.

Common Reasons Applications Are Delayed or Rejected

Applies to all applicants

• Proposed DG capacity exceeds the sanctioned load on the premises.
• The relevant distribution transformer has already reached the 80% distributed-generation threshold.
• The application is incomplete or missing the prescribed one-line diagram, equipment information or signatures· The installed system does not match the submitted technical design.
• The meter or interconnection equipment is unavailable and an approved alternative has not been arranged.
• The applicant changes inverter capacity or other technical parameters after approval without obtaining the required fresh approval/concurrence.

More common on commercial and industrial projects

• Incomplete protection chain at inspection: missing SPDs, DC isolator, or DC-rated overcurrent devices.
• Inverter that does not evidence the expected interconnection and power-factor behaviour.
• A 250kW-or-above project submitted without the required load-flow study.
• Sanctioned-load enhancement started late, or in parallel with the prosumer application instead of before it.
• Premises rights unclear on leased roofs, or the signatory lacking documented authority for the company.
• Grid saturation in dense industrial estates, requiring network improvements the prosumer must fund where they are incurred solely for that interconnection.
• Phased expansion carried out without fresh approval or concurrence for the added capacity.

The most reliable way to reduce delay is to finalise the electrical design, sanctioned load and inverter model before submitting the file, then keep the installed system identical to the approved technical documents.

Get Your Grid-Connected Solar System Ready

Net billing makes correct system sizing, inverter selection and daytime energy use more important than ever. Before buying an on-grid or hybrid system, confirm your sanctioned load, phase, roof capacity, expected daytime consumption, outage requirements and the latest DISCO approval checklist.

Luminey supports grid-connected and solar-plus-storage applications across residential, commercial and industrial use cases, from the G2 Pro and Elecra range for homes to G3 inverters and Oasis high-voltage storage for larger sites.

Explore Luminey application scenarios or contact Luminey for current product and system guidance.

Frequently Asked Questions