September 10, 2026 | Utility Regulation
A NEOS Group Company
A Practical Framework for Turning Around Electricity, Water and Gas Distribution Utilities
By David Sharashenidze, Managing Partner, NEOS Advisory
Executive Summary
Across more than forty countries, NEOS Advisory’s team of former utility chief executives, chief operating officers, finance chiefs and revenue-protection specialists has supported the turnaround of distressed electricity, water and gas distribution companies, through mandates spanning advisory work and hands-on implementation support. The mandates differ in geography, ownership structure and regulatory setting, but the diagnosis is remarkably consistent: the great majority of utility underperformance is not, at its root, an infrastructure problem. It is a management and control problem. Networks that lose 30, 50 or even 80 percent of the energy or water they distribute are rarely explained by pipes and wires alone; they are explained by unreliable data, absent revenue protection, weak commercial discipline, and investment that arrives before the organization is capable of controlling it.
This article sets out a common framework for utility performance turnaround that applies, with sector-specific adaptations, across electricity distribution, water and wastewater utilities, and gas distribution companies. It draws on advisory and implementation engagements involving NEOS teams and specialists in Georgia, Kosovo, Albania, Papua New Guinea, Oman, Tunisia, Nigeria, Ukraine, Colombia, Kyrgyzstan and Saudi Arabia, together with well-documented public turnarounds - notably the Phnom Penh Water Supply Authority in Cambodia, the 2002 privatization of Delhi’s power distribution companies, and the multi-decade loss-reduction trajectory of Meralco in the Philippines. The central argument is simple to state and difficult to execute: control must precede capital.
Electricity, water and gas networks obey different physics, but distressed utilities across all three sectors present a strikingly similar syndrome. In engagement after engagement, NEOS teams and specialists have encountered the same combination of symptoms, whether the client was a state-owned rural electricity distributor in the Caucasus, a national water authority in the Gulf, or a district heating company in a post-Soviet city:
• High and rising losses that are almost always a blend of technical losses (network inefficiency, voltage drop, leakage) and commercial losses (theft, meter tampering, billing errors, uncollected revenue) - with the commercial component consistently larger than officially reported.
• Collections that trail billings by wide margins, sustained for years, without a reliable sense of what should have been billed in the first place.
• Customer, meter and asset data that cannot be trusted: duplicate accounts, incorrect tariff classes, unmapped connections, and meters that field teams cannot physically locate.
• A commercial cycle - meter reading, billing, collection, disconnection and reconnection - that operates on stale, monthly or even less frequent rhythms, with no energy or water balancing to catch discrepancies as they occur.
• An absent or token revenue-protection function: theft treated as an occasional policing matter rather than a core, resourced commercial competency.
• Chronic underinvestment and deferred maintenance, masked by asset registers that no longer reflect what is actually in the ground or on the network.
• A public and even internal narrative that blames "old infrastructure" or "underinvestment," which quietly converts what are largely commercial and governance failures into an apparently technical, capital-intensive problem.
The scale of the starting point is often severe. Engagements supported by NEOS teams have begun from electricity losses above 80 percent and collection rates near 20 percent (Caucasus); electricity losses of 47 percent with 50 percent collections and chronic load-shedding (Balkans); gas losses of 43 percent with collections of 75 percent (Caucasus); and national water non-revenue-water levels above 30 percent despite tariffs that were already broadly cost-reflective (GCC).
These patterns are not unique to any one advisor’s client base. Cambodia’s Phnom Penh Water Supply Authority began its transformation in 1993 with non-revenue water at 72 percent, barely 20-25 percent of the city connected, and only ten hours of low-pressure supply a day. Delhi’s power distribution companies entered private management in 2002 with aggregate technical and commercial losses above 55 percent - in places reaching 80 percent - and, by one account, more than 500 transformer blowouts a month. In the Philippines, Meralco’s system loss peaked at just over 21 percent in 1986 after years of state-controlled management, driven by network deterioration compounded by widespread pilferage; today it operates at roughly 6 percent. The syndrome, and the recovery, are international.
Beneath the common symptoms lie a small number of recurring root causes. Understanding them precisely - rather than defaulting to "the network is old" - is the difference between a turnaround plan that works and one that spends money without changing the trajectory.
In most distressed utilities, the organization lost the ability to manage itself long before the network fell into disrepair. Accountability for losses and collections is diffused across commercial, technical and network functions such that, in practice, no one owns the outcome. Exceptions for influential or "special" customers - VIP non-payers, politically connected consumers, or simply large accounts nobody wants to challenge - erode the consistency that revenue collection depends on.
A billing system populated with duplicate, mismapped or fictitious customer records cannot produce a reliable loss figure, however sophisticated the software. Baselining work supported by a NEOS team in GCC found that actual electricity losses across several distribution companies were three to five percentage points higher than what had been reported for years; in North Africa, it was only through a dedicated diagnostic that the utility’s total transmission and distribution losses of 18.1 percent could, for the first time, be split into an 8.2 percent technical component and a 9.9 percent commercial one - a split that fundamentally changes where investment should be directed.
Utilities frequently have an anti-theft unit on the organizational chart with no real capability behind it: no investigation training, no evidence-handling procedures, no coordination with police, prosecutors or the courts, and no case-management discipline. Random inspections without a structured process rarely move the needle on losses.
Smart meters, SCADA systems and network rehabilitation are frequently procured as the first response to a loss problem, before the organization has demonstrated it can control its existing meter-to-cash cycle. Technology deployed into a weak control environment tends to inherit and even mask the underlying dysfunction rather than fix it.
State ownership, in particular, exposes utilities to tariff freezes below cost-recovery levels, politically motivated non-enforcement, and turnover of leadership that resets any reform momentum. Where corruption becomes normalized - among meter readers, billing staff, or field crews - internal control failures compound external ones.
Turnarounds typically take two to four years to embed. Without a dedicated program management office driving a weekly or monthly cadence - dashboards, issue escalation, benefits tracking - multi-year change programs fragment into disconnected initiatives that lose momentum at the first change in leadership or budget cycle.
The core operating principle across every sector we have worked in is the same: address management control before undertaking significant investment. Unless adequate management control is in place, capital deployed into a distressed utility can be counter-productive.
This is not an argument against investment - network rehabilitation, smart metering and digital systems are frequently essential to a sustainable turnaround. It is an argument about sequence. Engagements involving NEOS teams across electricity, water and gas utilities converge on a common five-phase sequence, and the publicly documented turnarounds reviewed here follow the same arc. Reversing this order is the single most common reason that well-funded turnaround programs fail to deliver lasting results.
Before setting any target, confirm what is real: the customer count, the billing basis, the energy or water balance at feeder, district-metered-area or pressure-regulating-station level, and precisely how the reported loss or non-revenue-water figure is calculated. This includes:
• Reviewing loss or NRW calculation methodologies and establishing an independently verified baseline, since reported figures are frequently understated.
• Conducting root-cause analysis across metering, billing, equipment ratios, and - for water and gas networks - pressure and leak profiles.
• Auditing and cleaning customer, meter and asset data, and mapping customers to the physical network.
• Localizing losses through energy or water balancing at the feeder, transformer, district-metered-area or pressure-station level, rather than only at the system-wide level.
In GCC, this diagnostic step alone revealed that reported electricity losses across distribution companies understated reality by three to five percentage points - information the regulator needed before it could credibly reset targets and tariffs. In North Africa, quantifying the technical/commercial split for utility’s losses was, in itself, described by the client as unprecedented, and it reframed the entire investment conversation.
With a credible baseline in place, the next priority is to establish the management infrastructure that will make any subsequent investment effective: a controlled commercial cycle, a real revenue-protection function, and clear accountability.
• Meter-to-cash framework: revamp reading, billing, collection, disconnection and reconnection into a tightly controlled, ideally daily-monitored cycle, with energy or water balancing for the same period to prevent monthly surprises.
• Revenue protection as a dedicated, trained and equipped function - with investigation capability, evidence handling, and formal coordination with police, prosecutors and the judiciary - rather than an occasional inspection exercise.
• Performance management with clear points of accountability at feeder, zone, district-metered-area or pressure-zone level, supported by KPIs, incentives and visible routines.
• Internal control and anti-corruption measures: segregation of duties, exception approval processes, staff rotation, and audit trails that make abuse harder to conceal and easier to detect.
This phase is where most of the value is created, and it is almost always achievable with modest capital outlay. Georgia’s United Energy Distribution Company and Tbilisi Gas Supply Company, Kosovo’s KEDS, and Cambodia’s PPWSA all relied on the same core moves: relocating or sealing meters, revamping the commercial cycle, and building a dedicated capability to detect and prosecute theft - including, in Phnom Penh’s case, cutting off supply to non-paying government agencies and army units that had previously been untouchable. Meralco’s long decline in system loss rests on the same foundation: sustained anti-pilferage enforcement backed by dedicated investigation capability and a legal framework that made theft prosecutable.
A turnaround does not need to wait years for its first results. Low-cost, high-impact actions build the credibility and the cash flow that sustain the rest of the program:
• Time-bound amnesty campaigns that bring unregistered or illegally connected customers into the formal customer base without penalty, followed by firm enforcement once the amnesty expires - used to good effect in Papua New Guinea, and echoed in Meralco’s long-running schemes to convert illegal connections into legitimate, billed accounts on affordable terms.
• Meter calibration and sealing, vegetation management around lines, and targeted disconnection campaigns that reduce losses at negligible capital cost.
• Billing-database cleanup that captures unregistered consumers who were previously outside the revenue base entirely - engagements involving NEOS specialists have contributed to the capture of unregistered customer bases ranging from a few thousand to more than half a million within a single mandate.
These actions matter as much for what they demonstrate as for what they recover: that management is serious, that enforcement will be consistent, and that the organization can execute.
Only once the baseline is credible and management control is demonstrated should capital investment scale. At that point, the investment case is sharper and the return higher, because spending is targeted at verified loss drivers rather than generic modernization. A utility’s technical, distribution and commercial action plans in North Africa, for example, were each backed by a quantified cost-benefit case, with internal rates of return ranging from roughly 21 percent for distribution network investment to over 160 percent for targeted transmission fixes. Delhi’s TPDDL and BSES companies invested roughly $620 million (and, across all Delhi discoms, close to Rs 200 billion) in network rehabilitation and smart infrastructure over two decades - but critically, alongside sustained commercial reform, not as a substitute for it - taking aggregate technical and commercial losses from the low fifties down to single digits. Meralco followed the same ordering: enforcement and commercial discipline first brought system loss below 10 percent, and only then did network modernization and advanced metering infrastructure carry it into the 5–6 percent range.
The final phase determines whether a turnaround is temporary or permanent. It requires:
• Operational, field-coached capacity building rather than classroom-only training, tied to new standard operating procedures and measured against real results.
• A lean but persistent program management office that keeps a weekly or monthly cadence of dashboards, issue escalation and benefits tracking alive well beyond the initial mobilization.
• Deliberate transfer of ownership to local teams, since external expertise sets the strategy but only local capability sustains it.
• Regulatory and government backing that recognizes verified loss reductions in tariffs and provides consistent enforcement support.
Regulatory design can institutionalize the incentive itself. In the Philippines, the regulator caps the share of system loss a distribution utility may recover from customers and has ratcheted that cap down over time - from 9.5 percent, to 8.5 percent, to 6.5 percent for private utilities - with any excess absorbed by the utility’s own shareholders. That single mechanism converts loss reduction from a discretionary improvement program into a permanent commercial imperative, and it is a large part of why Meralco’s gains have held for three decades rather than three years.
The real test of a utility turnaround is not year one. It is year three: do the routines, the accountability, and the discipline survive a change in leadership, a political cycle, or a tightening budget?
The five-phase sequence holds across electricity, water and gas, but each sector carries its own technical emphasis.
Revenue protection concentrates on meter tampering and illegal bypasses; loss localization works through feeder- and transformer-level energy balancing; and reliability metrics such as SAIDI and SAIFI are closely tied to payment discipline - customers pay more consistently when supply is dependable, and utilities can more easily justify disconnections when the alternative service on offer is credible. Where informal settlements account for a material share of illegal connections, the most effective response is usually legitimization on affordable terms rather than enforcement alone.
Non-revenue water must first be split between real (physical) losses: leakage, bursts, reservoir losses, and apparent (commercial) losses: meter under-registration, tampering, illegal connections, and billing errors, because the two require entirely different remedies. District metered areas and pressure management (pressure-reducing valves, zoning) are often the fastest and least capital-intensive levers, provided they sit on top of accurate customer and network data rather than being deployed as isolated technical fixes. A municipal-level hydrological map is frequently the single most valuable and most overlooked planning input.
Loss localization typically works through pressure-regulating-station-level balancing rather than feeder-level balancing; temperature-compensated metering with numbered sealing controls is a common technical lever; and - because gas theft is a criminal and safety matter - regulatory streamlining of back-billing (recovering revenue for historically stolen or unmetered gas) is often a precondition for revenue protection to have real teeth.
Every utility turnaround is, at its core, a change management program wearing the clothes of a technical and commercial one. The organizations NEOS teams have worked with have consistently needed to manage several sources of resistance in parallel with the operational work:
Where unions are active or morale is low, workforce strategy, including role clarity, fair performance expectations, credible communication from leadership, and genuine training investment, needs the same planning discipline as the commercial and technical workstreams. Ignoring it stalls the program regardless of how sound the technical plan is.
Credibility in a turnaround is built in the field: ride-alongs, inspections, crew briefings, and direct customer engagement. Engagements consistently work best where advisory input is paired with sustained implementation support, specialists working alongside utility teams on site, through the commercial cycle and the enforcement routines, because a turnaround mandate carried out at arm’s length rarely survives contact with entrenched practices.
Courts, police, regulators, and municipalities each play a role that a utility cannot substitute for on its own: criminalizing theft, recognizing verified loss reductions in tariff resets, and providing consistent backup for enforcement action. In the Balkans, senior government officials - including the deputy prime minister and the minister of energy personally and visibly participated in commercial-cycle enforcement, with their involvement televised, to demonstrate top-level commitment to the reform.
Public resistance falls when a utility explains clearly why reform matters, what changes for customers, and what protections exist - and it falls further when that messaging is matched by consistent, visible fairness rather than selective enforcement. Billing transparency and fast complaint resolution are commercial interventions in their own right, not public-relations exercises, because customers who do not trust their bill will not reliably pay it.
Revenue-protection and field-enforcement activity raises the risk of conflict. Formal safety protocols, escalation procedures, and coordination with police protect staff and preserve the legitimacy of the enforcement program itself.
Several mandates have required NEOS specialists to work alongside utility and government counterparts to remove obstacles that no amount of operational effort could overcome alone: introducing legislation that criminalized electricity theft in Albania, streamlining the back-billing process for detected gas theft in Georgia, and securing formal regulatory adoption of new loss baselines and meter-to-cash codes in Oman. The Philippine experience illustrates how durable this lever is: dedicated anti-pilferage legislation enacted in 1994, which criminalized electricity theft and meter tampering and authorized immediate disconnection, gave Meralco’s revenue-protection function a legal foundation that has underpinned three decades of loss reduction.
Across geographies, ownership structures and utility types, a consistent set of lessons recurs. Together they form the backbone of how we approach every new mandate.
1. Loss reduction is an outcome of holistic reform - commercial cycle, enforcement, technical fixes and management control acting together - not a standalone technical project.
2. Reported losses are almost always understated, and what is labeled a technical loss is, more often than not, substantially commercial. Baseline before you plan, and re-baseline if the numbers look too good.
3. Government and regulatory support - for enforcement, for tariff recognition of verified savings, and for legal reform where needed - is a precondition for a sustainable turnaround, not a convenience.
4. Regulatory incentives outlast programs. A binding, progressively tightening cap on recoverable losses, does more to sustain performance than any single improvement initiative.
5. Address management control before undertaking significant investment; capital deployed into a poorly controlled organization is at best inefficient and at worst counter-productive.
6. A dedicated, trained, and properly equipped revenue-protection function, with real investigative, evidentiary, and legal capability, is essential and cannot be improvised through occasional inspections.
7. Local teams must own the change for it to survive. External expertise sets the strategy and accelerates early progress, but knowledge transfer and capability building determine whether results last.
8. Well-designed amnesty and legitimization programs, paired with firm subsequent enforcement, are among the highest-return, lowest-cost interventions available to a distressed utility.
9. Digitization succeeds when it changes routines and accountability, not when it is treated as an information-technology project bolted onto an unreformed organization.
10. Benefits should be tracked in cash - billed revenue, collected revenue, and avoided costs, not only in loss percentages, so that the financial case for continuing the program remains visible to boards and financiers.
11. The true measure of success is sustainability: whether the gains survive a change in leadership, a political cycle, or renewed budget pressure, typically visible only by the third year of a program - and, in the strongest cases, sustained across decades.
Electricity, water and gas utilities in distress rarely fail because the underlying engineering is unknowable or the required investment is unaffordable. They fail because management control has eroded to the point that neither the scale of the problem nor the effectiveness of any proposed solution can be reliably measured. The utilities that have turned their performance around, from a rural electricity distributor in Georgia to a national water authority in Cambodia, from a privatized power distribution company in Delhi to a listed utility in Metro Manila - followed a strikingly similar path: establish the truth about losses and collections, build the commercial and governance discipline to control the business day to day, prove the model with fast, low-cost wins, and only then scale investment behind a verified case. Utilities, regulators, governments and financiers evaluating a turnaround program would do well to test any proposal against that sequence before committing capital. Control, consistently applied, is what makes capital productive.
NEOS Advisory offers strategy, management and transaction advisory consultancy services specializing in energy, water and utilities for government and private-sector clients. Its team of former utility executives and industry professionals has supported transactions, due diligence and performance-improvement mandates in more than forty countries across five continents, contributing advisory and implementation expertise to performance turnaround and loss-reduction programs at electricity, water, gas and heat utilities worldwide. For more information, visit www.neosadvisory.com.