World Bank B-Ready: Leading Countries in Electricity Connection
The World Bank’s Business Ready (B-READY) report has officially replaced the Doing Business project, offering a more modern and comprehensive look at how countries facilitate private sector growth. One of its most critical components is Utility Services, which specifically evaluates how efficiently and reliably businesses can access electricity, water, and the internet.
In the inaugural 2024–2025 assessment of 50 pilot economies, several countries emerged as global leaders in the "Getting Electricity" space, balancing regulatory quality with real-world operational speed.
Top Performers in Utility Services
The B-READY framework measures utilities through three "pillars": Regulatory Framework, Public Services, and Operational Efficiency. While many high-income nations performed well, several emerging markets "punched above their weight" by streamlining the connection process and ensuring grid reliability.
| Country | Key Strength | Notable Achievement |
| Slovak Republic | Reliability & Access | Ranked as a top global performer for high-quality, accessible utilities. |
| Rwanda | Operational Efficiency | Ranked 3rd globally in Operational Efficiency; a leader in Sub-Saharan Africa for connection speed. |
| Tanzania | Connection Speed | Scored 91.13 in Operational Efficiency, placing in the top quintile globally for utility connection. |
| Singapore | Public Service Delivery | Consistently leads in the Public Services pillar, providing transparent and digital-first utility management. |
| Hungary | Regulatory Framework | Recognized for having one of the strongest de jure (legal) frameworks for utility provision. |
What Makes a "Lead" Country?
Under the new B-READY metrics, a country isn't just "leading" because it has power; it must excel in three specific areas:
Speed and Cost (Operational Efficiency): The time it takes to get a new connection and the cost relative to income. Tanzania and Rwanda were highlighted for significantly reducing the red tape involved in physical hookups.
Reliability and Transparency (Public Services): Leading countries use smart meters and digital platforms to report outages and manage tariffs. They also have independent regulators that ensure fair pricing.
Environmental Sustainability: For the first time, B-READY rewards countries that integrate renewable energy and energy efficiency into their grid regulations.
The "Public Services Gap"
A key finding of the 2024 report is that many countries have good laws (Regulatory Framework) but fail in delivery (Public Services).
Key Insight: Most economies suffer from a "public services gap"—meaning their scores for the quality of electricity regulations are higher than the actual efficiency of the connection process. Leading countries like Estonia and Greece have been noted for closing this gap through aggressive digitalization.
Looking Ahead to 2026
The B-READY project is in a three-year rollout phase:
2024: 50 economies (Pilot)
2025: 100 economies
2026: 180 economies
As the data expands, we expect to see traditional powerhouses (like the US and Germany) and more emerging innovators join the top quintiles for utility connectivity.
Electricity Connection in the Slovak Republic: A B-READY Overview
The Slovak Republic stands out in the World Bank’s Business Ready (B-READY) 2024 report as a strong performer in utility services. The country has successfully leveraged its stable regulatory environment and high-quality infrastructure to provide businesses with some of the most reliable electricity connections in Europe.
Performance Benchmarks
In the 2024 assessment, Slovakian cities consistently scored high in the Utility Services topic, which evaluates electricity, water, and internet. Bratislava leads the country with a score of 80.65/100, while other major cities like Žilina and Košice maintain strong scores between 76 and 78.
Key Metrics at a Glance
Reliability: The Slovak Republic benefits from a highly stable grid, with over 85% of its electricity demand met by low-emission sources (primarily nuclear and hydropower).
Regulatory Strength: The country excels in the "Regulatory Framework" pillar, meaning its laws governing utility transparency and consumer protection are well-defined.
Operational Efficiency: While connection speeds are competitive, the report notes a slight "public services gap"—where the legal standards are slightly ahead of the actual time it takes to complete a physical hookup.
The 5-Step Connection Process
For a new business or industrial site in Slovakia, the process is largely digitized and structured across five primary stages.
Online Application: The applicant submits a request to one of the three regional Distribution System Operators (DSOs): Západoslovenská distribučná (West), Stredoslovenská distribučná (Central), or Východoslovenská distribučná (East).
Draft Contract: The DSO has 30 calendar days to review the request and issue a draft Connection Agreement outlining the technical conditions.
Technical Preparation: The applicant must prepare the offtake point (the meter box and internal wiring). A certified electrical designer or inspection engineer must create a project documentation report.
Professional Inspection: Once the physical work is done, a "Professional Inspection and Test" (revision) is conducted by a specialist technician to ensure safety and compliance.
Final Hookup and Metering: After paying the connection fee and signing a supply contract with a chosen energy provider, the DSO installs the meter within 5 working days.
Regional Leaders within Slovakia
According to the Subnational B-READY 2024 data, utility performance varies slightly by region:
| City | Utility Services Score | Key Highlight |
| Bratislava | 80.65 | Top-performing city for both Business Location and Utility Services. |
| Žilina | 77.98 | Most balanced performance across all B-READY metrics in the country. |
| Košice | 76.34 | High scores in reliability but slightly longer wait times for physical inspections. |
| Prešov | 76.34 | Strong interoperability between digital government services and utility providers. |
Strategic Advantages
One of Slovakia's biggest strengths noted in the report is its energy mix. Because the country relies heavily on nuclear power (Mochovce and Jaslovské Bohunice plants), businesses benefit from a high degree of energy security and a relatively low carbon footprint compared to coal-dependent neighbors. Additionally, the government has invested heavily in smart metering and digital platforms, allowing businesses to monitor consumption and report outages in real-time.
2026 Electricity Tariffs in Rwanda: Industrial vs. Residential
As of February 2026, Rwanda operates under a tariff structure recently updated by the Rwanda Utilities Regulatory Authority (RURA). The government’s strategy shifted in late 2025 to aggressive "Time-of-Use" (ToU) incentives, designed to make Rwandan industry more competitive within the East African Community while protecting the most vulnerable households.
1. Residential Tariffs (Households)
The residential structure uses an Inverted Block Tariff (IBT), where the price per unit increases as consumption rises. This "lifeline" approach ensures that low-income families pay significantly less for basic needs.
| Monthly Consumption | Tariff (RWF/kWh) | Notes |
| 0 – 20 kWh | 89 | The "Lifeline" block; price has remained frozen to ensure basic access. |
| 21 – 50 kWh | 310 | The mid-tier band, covering average household usage. |
| Over 50 kWh | 369 | The premium band for high-consumption households. |
2. Industrial Tariffs
To support the "Made in Rwanda" initiative, industrial rates are structured to reward high-volume, efficient consumption. In 2026, the focus is on moving all industries to smart meters to take advantage of off-peak rates.
| Industry Category | Energy Charge (RWF/kWh) | Capacity Charge (RWF/kVA/month) |
| Small Industry | 175 | ~11,017 (at Peak) |
| Medium Industry | 133 | ~10,514 (at Peak) |
| Large Industry | 110 | ~7,184 (at Peak) |
| Strategic (Steel/Cement) | 97 | ~7,184 (at Peak) |
Key 2026 Policy: To maximize the use of Rwanda's surplus generation (including the Rusumo Hydroelectric and Nyabarongo II projects), off-peak demand charges (11:00 PM – 7:59 AM) for industries have been reduced to zero. This encourages factories to run night shifts, lowering their average cost of production to approximately $0.11/kWh.
3. Comparison & Context
The gap between the highest residential rate (369 RWF) and the lowest industrial rate (97 RWF) is substantial. This reflects Rwanda's policy of using residential and commercial revenue to cross-subsidize the industrial sector, which is expected to drive long-term job creation.
Non-Residential/Commercial: Hotels and shops pay between 239 and 376 RWF/kWh, depending on their size.
Public Services: Schools and health facilities enjoy a preferential "social" rate of 214 RWF/kWh.
E-Mobility: Public charging stations are billed at 110 RWF/kWh to accelerate the transition to electric motorcycles and buses.
Summary of Differences
While households pay a premium for high consumption to keep the "lifeline" rate low, industries are incentivized to consume more at specific times. This dual approach helps Rwanda manage its grid stability while positioning itself as a regional manufacturing hub.
Electricity Connection in Tanzania: Breaking Through the Efficiency Barrier
Tanzania has made headlines in the World Bank’s Business Ready (B-READY) 2024 report for its remarkable progress in utility connectivity. While historically known for infrastructure hurdles, Tanzania’s recent scores—particularly in Operational Efficiency—place it in the top quintile globally, outperforming many higher-income economies.
The report highlights Dar es Salaam as a hub for these improvements, where the government has aggressively targeted the "red tape" associated with power hookups to support its industrialization goals.
Tanzania’s B-READY Performance
Tanzania’s utility performance is characterized by a high degree of speed and standardized processes. In the 2024 assessment, it achieved one of the highest scores for Operational Efficiency (91.13), indicating that once a business applies for power, the physical connection happens relatively quickly compared to global averages.
| B-READY Pillar | Focus Area | Status |
| Operational Efficiency | Speed & Cost of Connection | Top Tier: Leading globally in the time taken to complete physical works. |
| Public Services | Digital Tools & Transparency | Improving: Expanding online application systems via the TANESCO portal. |
| Regulatory Framework | Environmental & Legal Standards | Moderate: Strong laws on grid access, with new 2025/2026 rules for small power producers. |
The Connection Process via TANESCO
The Tanzania Electric Supply Company (TANESCO) has streamlined the connection journey into a predictable timeline. For a standard business location in Dar es Salaam, the process generally follows these stages:
Digital Application: Applicants submit a "Service Line Application Form" (now largely available through TANESCO’s digital facilitation centers).
Service Line Survey: Within 7 working days of submission, TANESCO technicians visit the site to conduct a technical survey.
Quotation Issuance: * Within 7 days if the connection is within 30 meters of a pole.
Within 14 days for industrial customers requiring new networks.
Payment & External Works: Once the fee is paid, TANESCO is mandated to provide the supply within 30 to 90 working days, depending on whether new high-voltage infrastructure is required.
Certification: A registered electrical contractor must provide a "wiring diagram" and an inspection report before the final meter installation.
Strategic Drivers: 2025–2026
Tanzania’s success in "Getting Electricity" is fueled by several massive national initiatives currently coming online:
Julius Nyerere Hydropower Project (JNHPP): By early 2026, the full integration of the JNHPP has significantly boosted the national grid's capacity (adding over 2,100 MW), reducing the need for load shedding that previously plagued businesses.
The 2025 Small Power Project (SPP) Rules: New regulations have made it easier for private developers to generate and sell renewable energy (solar/hydro) directly to the grid or eligible customers, increasing reliability.
Rural Energy Agency (REA) Success: While B-READY focuses on business, the REA's success in hitting 82% of its targets has created a more robust nationwide backbone that lowers the cost of expanding the grid to new industrial zones.
Key Challenges Remaining
Despite the high speed of connection, Tanzania continues to work on Reliability. Businesses in Dar es Salaam still report occasional fluctuations, and the B-READY report notes a "quality gap" where the legal framework for outage compensation is still maturing. To combat this, the government is investing in a competitive procurement framework for power projects, set to be fully operational by 2027.
Pro-Tip for Investors: In Tanzania, the cost of connection is significantly lower if your premises are within 30 meters of existing TANESCO infrastructure. Sites further away may require "Line Extension" fees, which can increase costs by over 400%.
Electricity Connection in Singapore: Global Benchmark for Efficiency
Singapore is a consistent top performer in the World Bank’s Business Ready (B-READY) reports. In the latest assessments (2024–2025), Singapore secured the #1 global ranking in Operational Efficiency, scoring 79.25/100.
Unlike many nations that face a "public services gap," Singapore's physical delivery of electricity is just as robust as its legal framework. For businesses, this means getting connected is not just a matter of law, but a fast, digitized, and highly reliable reality.
B-READY Performance Scores (2025)
Singapore is one of only eight economies globally to score in the top quintile across all three utility pillars.
| B-READY Pillar | Score | National Context |
| Operational Efficiency | 79.25 | The world's fastest and most streamlined connection process. |
| Regulatory Framework | 77.64 | Clear, transparent laws governed by the Energy Market Authority (EMA). |
| Public Services | 75.27 | High digital integration and grid reliability (SAIDI of <1 minute/year). |
The Connection Process: "Express Turn-on"
The process is managed by SP Group (Singapore Power). For most commercial tenants in existing buildings, the "turn-on" can happen in as little as 3 working days.
Digital Application: Applications are submitted entirely online via the SP Utilities Portal or the SP App. Businesses simply provide their ACRA (business registration) details and tenancy agreement.
Account Setup & Deposit: A security deposit is required, but for businesses, this is often handled via eGIRO or digital payment, with approval typically within 48 hours.
Licensed Electrical Worker (LEW): For loads exceeding 45kVA (common for industrial sites or large offices), the business must appoint an LEW to certify the installation and apply for an Electrical Installation License.
Appointment & Activation: Once the application is approved, SP Group schedules a technician. For standard retail or office spaces, Express Turn-on options are available for same-day or next-day activation.
Market Choice: Once connected to the grid, Singaporean businesses can choose to buy electricity from the Open Electricity Market (OEM), allowing them to compare rates from various private retailers.
Key Innovations for 2026
Singapore continues to evolve its energy landscape to maintain its B-READY lead:
Enhanced Consumer Safeguards (June 2026): New EMA regulations take effect in mid-2026, requiring retailers to provide double notifications for auto-renewals and extending the early termination fee waiver to 60 days.
Grid Digital Twin: Singapore uses a "Digital Twin" of its entire electrical grid to predict maintenance needs and prevent outages before they occur, contributing to its world-leading reliability scores.
Green Transition: To boost sustainability scores, Singapore has accelerated its regional power imports, aiming for up to 6GW of low-carbon electricity by 2035, with several major milestones reached in early 2026.
Why It Matters for Businesses
In Singapore, the "electricity connection" is viewed as a seamless utility rather than a hurdle. The World Bank notes that while other countries take months to install transformers or meters, Singapore's focus on interoperability—where your business registration automatically talks to the utility provider—reduces the administrative burden to near zero.
2026 Strategy: With the rise of AI and data centers, Singapore has implemented the SS 715:2025 standard, targeting a 30% reduction in IT energy use. Businesses that adopt these efficiency standards often receive expedited "green lane" utility approvals.
Hungary’s 2026 "Green Lane" Eligibility for Renewable Grid Connection
To accelerate its energy transition, Hungary has implemented a specialized "Green Lane" framework in 2026. This is designed to prioritize renewable energy projects—particularly solar—that help stabilize the national grid rather than strain it.
Following the World Bank B-READY emphasis on environmental sustainability, Hungary now uses these specific criteria to determine which businesses get fast-tracked for connection.
1. Technical "Smart Grid" Readiness
The most significant hurdle in 2026 is ensuring the local grid can handle fluctuating renewable input. To qualify for the Green Lane, a project must meet the FEAK (Digital Energy Management) standards:
Real-time Telemetry: The system must be equipped with smart communication modules that provide the Distribution System Operator (DSO) with data every 5 minutes.
Remote Curtailment: The DSO must have the legal and technical ability to remotely "throttle" or turn off the system during periods of extreme oversupply to prevent grid collapse.
Certified Hardware: Only inverters on the 2026 Approved Equipment List (maintained by MVM and E.ON) are eligible. These must support Cloud/OTA (Over-the-Air) firmware updates.
2. The "Storage-First" Requirement
As of early 2026, Hungary rarely approves "pure" solar connections for large businesses without a storage component. To be fast-tracked, projects must include:
Battery Energy Storage Systems (BESS): A minimum storage-to-generation ratio is often required (typically 20-30% of the peak solar capacity).
Peak-Shaving Capability: The facility must demonstrate it can use stored energy during the national peak hours (typically 5:00 PM – 9:00 PM) to reduce strain on the central grid.
3. Administrative and Land Eligibility
Hungary has tightened rules to prevent "capacity squatting" (holding a grid spot without building the project).
Financial Guarantees: Applicants must provide a Capacity Booking Deposit. In 2026, this deposit is forfeited if the project is not operational by the March 30 "Long-Stop" date of the following year.
Brownfield Prioritization: Projects located on former industrial sites (brownfields) or integrated into existing building rooftops receive automatic priority over those on high-quality agricultural land.
Construction E-Log: A digital construction log must be active, proving that physical site preparation has already commenced before the final grid spot is officially reserved.
2026 Fast-Track Paths
| Path Type | Primary Benefit | Who it's for |
| Self-Consumption | Minimal grid impact; fastest approval. | Factories using 90%+ of generated power on-site. |
| Co-located Storage | Guaranteed capacity allocation. | Commercial solar farms with integrated batteries. |
| Aggregator Path | Participation in the balancing market. | Businesses that join a "Virtual Power Plant" cluster. |
Summary of the "Long-Stop" Rule
For any business aiming for a 2026 connection, the March 30, 2027 deadline is absolute. If the physical connection is not completed by this date, the reserved grid capacity is released back into the public pool, and the business must re-apply under potentially stricter 2027 regulations.
Major Infrastructure Projects in B-READY Leading Countries
Leading countries in electricity connection are not just excelling in paperwork; they are implementing massive, multi-billion-dollar infrastructure projects to stay ahead. As of early 2026, the projects in these nations focus on three core trends: Universal Access, Renewable Grid Integration, and Cross-Border Interconnectivity.
1. Rwanda: The Last Mile and Regional Power
Rwanda’s lead in B-READY is driven by its "Universal Electricity Access Program," which aims to move the country from 76% access (in 2024) to 100% by 2026/2027.
Last Mile Connectivity Project: Backed by nearly $670 million from the World Bank and AfDB, this project focuses on the southern districts. It involves building 595 km of medium voltage and 1,620 km of low voltage lines to connect over 77,000 households.
Ruzizi III Hydropower: A landmark $800 million regional project on the Ruzizi River. Full construction commenced in January 2026. Once finished, it will provide 206 MW of clean energy shared between Rwanda, Burundi, and the DRC.
Kigali City Network Renovation: A specific urban project to replace aging substations (Jabana and Mont Kigali) to ensure the capital's industrial zones have zero-downtime power.
2. Tanzania: Large-Scale Generation and Solar
Tanzania’s focus is on scaling up domestic generation to end the reliance on expensive emergency power plants.
Julius Nyerere Hydropower Project (JNHPP): By early 2025, the JNHPP reached its full capacity of 2,115 MW, nearly doubling the national grid's total strength. This is a primary driver of Tanzania's high "Operational Efficiency" scores.
Kishapu Solar Power Plant: Tanzania’s first large-scale 50 MW solar plant is scheduled for full grid connection in March 2026.
National Grid Expansion: The 2025/2026 budget specifically funds the extension of the national grid to the final four unconnected regions: Rukwa, Kagera, Lindi, and Mtwara.
3. Singapore: The "Four Switches" and Power Imports
As a land-constrained nation, Singapore's projects are focused on importing clean energy and building a high-tech "Future Grid."
LTMS-PIP Phase 2: In late 2025, the Lao PDR-Thailand-Malaysia-Singapore Power Integration Project doubled its capacity to 200 MW, proving the feasibility of the ASEAN Power Grid.
6 GW Import Ambition: Singapore has issued conditional licenses for projects to import low-carbon electricity from Australia (via subsea cable), Cambodia, and Indonesia, aiming for 6 GW by 2035.
Fast-Start Generation Units: In June 2025, Meranti Power commissioned two 340 MW gas turbine units that can reach full power in under 10 minutes to stabilize the grid during renewable fluctuations.
4. Hungary: Digitalization and Storage
Hungary’s status as a regulatory leader is supported by projects that modernize how the grid handles private energy producers.
Smart Grid Development Facility: A €415 million project funded by the EU's Recovery and Resilience Facility. It focuses on upgrading thousands of substations to allow for the integration of 3,000 MW of additional solar capacity by the end of 2026.
BESS Co-location Projects: New 2025/2026 rules have triggered a wave of battery storage projects. Companies like Premier Energy are currently finalizing 137 MW of solar plants paired with 47 MWh of battery storage.
Comparison of Project Focus (2026)
| Country | Primary Project Focus | Primary Funding Source |
| Rwanda | Last-mile household connections | Multilateral (World Bank, AfDB) |
| Tanzania | Large-scale hydro and grid expansion | National Budget & State Bonds |
| Singapore | Cross-border subsea cables & imports | Private Sector & EMA Tenders |
| Hungary | Grid digitalization & battery storage | EU Recovery Fund (RRF) |
Frequently Asked Questions: Electricity Connection & World Bank B-READY
Navigating the complexities of utility connections can be daunting for businesses. Below are the most common questions regarding the B-READY assessment and how leading countries handle electricity access as of 2026.
General B-READY Questions
Q: What is the main difference between "Doing Business" and "B-READY" for electricity? A: While the old Doing Business focused mainly on the time and cost to get a connection, B-READY looks at the bigger picture. It evaluates the quality of regulations (laws), the transparency of public services (digital portals), and the environmental sustainability of the grid (renewables).
Q: How does B-READY define a "top-performing" country? A: A leading country must score high across three pillars:
Regulatory Framework: Strong laws protecting consumer rights.
Public Services: Efficient digital systems for applications and outage reporting.
Operational Efficiency: Fast connection times and affordable fees.
Country-Specific Connection Questions
Q: Why is Rwanda ranked so high for electricity connection? A: Rwanda ranks 3rd globally in Operational Efficiency. This is due to their "One-Stop Center" approach and the IREMP digital portal, which allows businesses to complete the entire application process online, significantly reducing physical red tape.
Q: How did Tanzania improve its connection speed so quickly? A: Tanzania’s success is largely due to massive infrastructure projects like the Julius Nyerere Hydropower Project, which stabilized the grid. They also standardized connection fees and mandated strict timelines for TANESCO to complete physical works.
Q: Is it true that Hungary has the best electricity laws in the world? A: According to the 2024 B-READY report, yes. Hungary scored 78.23 in Regulatory Framework, the highest of the pilot economies. Their laws are praised for being highly detailed and for integrating digital tax reporting (e-invoicing) directly with utility billing.
Technical & Environmental Questions
Q: What is the "Public Services Gap"? A: This refers to a situation where a country has excellent laws on paper (Regulatory Framework) but fails to deliver efficient services in practice (Public Services). Many European and Middle Eastern countries face this gap, where bureaucracy slows down the physical connection despite clear legal rights.
Q: Does B-READY reward countries for using renewable energy? A: Yes. For the first time, the World Bank explicitly tracks Environmental Sustainability. Countries like Singapore and Hungary gain points for implementing "Green Lanes" for renewable energy and rewarding businesses that use energy-efficient technologies.
Q: How long does it take to get a business electricity connection in Singapore? A: For standard commercial spaces, Singapore’s SP Group can often "turn on" the power in as little as 3 working days through their Express Turn-on service, making it the fastest in the world.
Costs & Fees
Q: Are electricity connection fees standardized globally? A: No. Fees vary wildly. In Tanzania, costs are lower if you are within 30 meters of a pole. In Hungary, costs are transparently regulated by the state, while in Singapore, the cost is often offset by the ability to choose private retailers in the Open Electricity Market.
Glossary of Electricity Connection & B-READY Terms
To better understand the World Bank’s assessment of utility services and the technical landscape of power infrastructure, here is a breakdown of the key terminology used in the 2024–2026 reports.
| Term | Definition | Context in Leading Countries |
| B-READY | Business Ready. The World Bank’s new benchmarking tool replacing "Doing Business." | Evaluates the life cycle of a firm, including utility access. |
| DSO | Distribution System Operator. The entity responsible for operating and maintaining the local power grid. | Examples include MVM (Hungary), SP Group (Singapore), and TANESCO (Tanzania). |
| Operational Efficiency | A B-READY pillar measuring the actual time, cost, and number of procedures to get a connection. | Rwanda ranks 3rd globally in this specific metric. |
| Public Services Gap | The disparity between high-quality laws (on paper) and poor service delivery (in practice). | Often seen in economies with digital portals that still require physical visits. |
| SAIDI / SAIFI | System Average Interruption Duration/Frequency Index. Metrics used to measure grid reliability. | Singapore leads with a SAIDI of less than 1 minute per year. |
| Smart Meter | An electronic device that records electricity consumption in intervals and communicates back to the utility. | Mandatory for Hungary’s "Green Lane" and Singapore’s market choice. |
| Time-of-Use (ToU) | A tariff structure where electricity prices vary based on the time of day (Peak vs. Off-Peak). | Used heavily in Rwanda and Tanzania to incentivize nighttime industrial production. |
| KVA / kWh | Kilovolt-Ampere / Kilowatt-hour. Units measuring power capacity (demand) and energy used (consumption). | Businesses are billed on both; KVA for the "pipe" size and kWh for the "water" used. |
| Green Lane | A regulatory "fast-track" for renewable energy projects to connect to the grid. | Hungary uses this to bypass capacity bottlenecks for solar-plus-storage projects. |
| De Jure vs. De Facto | De Jure refers to what is legal/written; De Facto refers to what happens in reality. | Hungary leads in De Jure (laws), while Singapore leads in De Facto (practice). |
Understanding the Metrics
The distinction between a Regulatory Framework and Public Service Delivery is the most critical takeaway for investors. A country may have the best laws in the world (high Regulatory score), but if the physical infrastructure is lacking or the utility company is understaffed, the Operational Efficiency will remain low.
Leading countries in 2026 are those that have successfully synchronized these three elements:
Transparency: You know what it costs before you apply.
Digitalization: You never have to stand in a physical line.
Reliability: Once you are connected, the lights stay on.
Disclaimer: This information is provided for educational purposes based on the World Bank B-READY 2024–2026 framework and current market data; actual connection times, fees, and regulations may vary by specific location, voltage requirements, and local utility updates.