A three-party agreement to stimulate demand for energy-saving technology
A report published by Iran's official oil and energy news agency Shana on 29 October 2026 (7 Aban 1405) describes a cooperation memorandum between the Energy Optimization and Strategic Management Organization, the Vice Presidency for Science, Technology and the Knowledge-Based Economy, and the Innovation and Prosperity Fund. Its stated purpose is to stimulate real demand for technologies and services that reduce energy consumption and improve efficiency. In remarks attributed to the organization's head, Esmail Saqab Esfahani, potential areas include gas and electricity meters, detecting leaks in urban gas networks, and more efficient equipment.
The significance for the gas-meter industry is a potential shift from supporting technology development alone toward making its purchase, deployment and verified performance economically attractive. The memorandum itself is not a procurement contract for smart gas meters, a tender announcement, a defined budget allocation or proof that any product has delivered savings. Until implementation plans, acceptance criteria and project financing are disclosed, potential demand should not be described as confirmed orders.
Who are the participants and what are their roles?
According to Shana, the energy optimization organization brings policy, regulatory, oversight and possible energy-saving certificate mechanisms. The Vice Presidency for Science and Technology contributes technology policy and development capabilities, while the Innovation and Prosperity Fund may provide financing and support instruments. These are the broad roles described in the report; the detailed legal commitments and company eligibility conditions were not published there.
The organization's head said a follow-up secretariat was envisaged at the Vice Presidency and that the parties aim to report, after roughly six months, on demand generated and the supply of knowledge-based services. A review of implementation and possible revisions after three to four months was also discussed. These are intended review horizons, not guaranteed procurement dates or commissioning deadlines.
A memorandum is not an operating project
A memorandum establishes a cooperation framework. A deliverable project needs an identified buyer, technical scope, acceptance tests, payment arrangements, maintenance responsibilities, data requirements and measurable outcomes. Without those details, it is not possible to estimate reliably how many meters will be ordered, the market value or the expected return on investment. For a manufacturer, technical readiness is a more defensible immediate response than announcing realized sales.
Why gas metering matters to energy efficiency
Lower gas use needs trustworthy measurements with clear time periods, units and quality controls. A residential gas meter records gas passing through it. A smart gas meter or upgraded gas meter, where its verified design supports these functions, may add timestamped readings, interval data and selected operating events to a remote reading or AMR system. Data collection is not, by itself, an energy saving. A benefit occurs only when the information leads to an effective action, such as improved heating control or correction of faulty equipment.
Pilot designs should distinguish cumulative readings from period consumption, communication outages from actual zero use, and a software alert from proof of a leak. Device clock accuracy, missing-data handling, customer privacy and reproducible calculations also matter. Each feature must be checked against the actual product specification and test results; it cannot be assumed to exist in every device marketed as smart.
How should savings be measured and verified?
A drop in consumption between two periods does not automatically prove that a project worked. Weather may have become milder, factory operating hours may have changed or building occupancy may have fallen. A measurement and verification (M&V) plan should define the baseline, measurement boundary, relevant variables and adjustment method in advance. ISO 50015 sets out general principles for this process, while the IPMVP offers an established framework for comparing pre- and post-intervention consumption on a consistent, adjusted basis.
Consider a purely illustrative building whose gas use falls from 1,000 to 850 cubic metres between two periods. The raw difference is 150 cubic metres. Without accounting for weather, period length, building use and reading quality, that figure is not verified savings. Even after adjustments, measurement uncertainty and non-routine changes should be reported. These hypothetical values do not describe an Iranian project or any Ekbatan Gas Control product.
Meter readings and energy-saving certificates are different things
A saving certificate requires an applicable legal and contractual mechanism, a credible baseline and an accepted verification process. The meter contributes reliable data; it does not issue a certificate automatically. Project rules must identify the verifying authority, the audit trail and dispute-resolution procedures. Shana mentions certificates as a possible policy instrument, but provides no issuance rules for a particular gas-metering project.
Which technologies could be evaluated?
The official report's examples go beyond meters: finding and reducing leaks in urban gas systems, preventing losses in transmission, recovering flare gas, using efficient heating appliances and improving building and industrial energy control. Each has a different measurement boundary and verification method. Boiler-room improvements, for instance, can be assessed against weather-adjusted fuel use, whereas locating pipeline leaks requires specialist safety procedures and instrumentation.
For smart metering, reasonable technical evaluation criteria might include reading reliability, data security, battery life, communication interoperability, environmental robustness and maintainability. These are engineering recommendations, not an official list of projects approved under the memorandum. The report does not designate a particular communication protocol, supplier or brand as mandatory.
Designing a defensible pilot
A useful pilot starts with a defined objective: reducing reading errors, increasing valid data coverage, identifying abnormal demand sooner or measuring savings from a specific control measure. Sample size, comparison group, observation period, operating conditions, data collection method and incident ownership should be documented before installation. Success indicators should reflect verifiable outcomes, not just installed-device counts or messages transmitted.
Gas measuring instruments also require metrological evaluation appropriate to their technology and use. OIML R 137 provides an international framework for gas-meter requirements and tests, but it does not replace applicable Iranian approvals and standards. Cybersecurity, data access, calibration, after-sales service and procedures for disputed readings should likewise be covered in contractual specifications.
Four useful pilot metrics
A pilot may track the proportion of valid readings received on time, the share of data recoverable after network outages, the number of confirmed measurement errors, and lifecycle cost per metering point. If reduced consumption is an objective, a fifth metric—adjusted and independently verified savings—is needed. None of these indicators is meaningful without a baseline and a documented test method.
Opportunities and constraints for Iranian manufacturers
For manufacturers such as Ekbatan Gas Control, the announcement provides a reason to prepare technical dossiers for smart gas meters, upgraded meters, smart gas systems and AMR services. A credible dossier should cover verified specifications, installation constraints, communications limitations, update policy, maintenance lifecycle, data traceability and support arrangements. Interoperable data formats and interfaces become especially important when projects involve multiple suppliers.
Commercial uncertainty remains: there is no guaranteed purchasing volume, financing may take time, data ownership can be unclear, field service costs may be underestimated and a universally accepted savings-verification method may be missing. Participating in technical criteria development and conducting a small, properly evaluated pilot before mass production are options worth considering. This article does not claim that Ekbatan Gas Control has won any new contract or joined this memorandum.
What should the industry monitor next?
Three developments matter most: a published implementation plan, defined financing and support mechanisms, and actual calls for proposals or technical criteria for named projects. The secretariat's reports and the results expected around the three-to-four-month and six-month checkpoints should be assessed against measurable evidence. Expressions of interest and signed memoranda are not substitutes for verified deployment.
Ultimately, an energy-efficiency technology market works when accurate metering, auditable analysis, practical intervention and independent verification form one continuous chain. For the gas-meter industry, that chain may be more consequential than the device alone: confidence in data is a prerequisite for any credible savings-based business model.