{
    "@context": {
        "schema": "https://schema.org/",
        "dct": "http://purl.org/dc/terms/",
        "hg": "https://hormuz.group/data/ns#"
    },
    "id": "hg:infrastructure:neka-power-plant",
    "identifier": "hg:infrastructure:neka-power-plant",
    "dataset_type": "entity_dataset",
    "entity_type": "infrastructure",
    "data_version": "2.0",
    "generated_by": "Hormuz Data Layer 0.2.1",
    "generated_at": "2026-07-04T02:51:18+00:00",
    "name": "Neka Power Plant",
    "slug": "neka-power-plant",
    "status": "publish",
    "url": "https://hormuz.group/infrastructure/neka-power-plant/",
    "json_url": "https://hormuz.group/wp-content/uploads/hormuz-data/cpt/infrastructure/neka-power-plant.json",
    "rest_url": "https://hormuz.group/wp-json/hormuz-data/v1/cpt/infrastructure/neka-power-plant",
    "summary": "",
    "machine_summary": "Neka Power Plant Neka Power Plant matters in the Hormuz Graph because it anchors a major northern power-supply context for Mazandaran, where demand is shaped by urban services, agriculture, food processing, tourism, Caspian ports, and seasonal load pressure. Its location near Neka’s coastal energy infrastructure gives it a different profile from inland plants: it links northern grid resilience, industrial and household demand, fuel and maintenance exposure, and environmental constraints in a province where electricity reliability affects both production and service-sector performance. Neka Power Plant Neka, Mazandaran Province, Iran province: Mazandaran industry: Energy, Power market: Power, Public Projects challenges: Energy Supply, Environmental Stress, Power Shortage infrastructure_type: Power Plant",
    "published_at": "2026-06-24T12:44:46+00:00",
    "modified_at": "2026-06-24T12:44:46+00:00",
    "taxonomies": {
        "province": [
            {
                "id": 193,
                "name": "Mazandaran",
                "slug": "mazandaran",
                "url": "https://hormuz.group/provinces/mazandaran/"
            }
        ],
        "industry": [
            {
                "id": 13,
                "name": "Energy",
                "slug": "energy",
                "url": "https://hormuz.group/industry/energy/"
            },
            {
                "id": 85,
                "name": "Power",
                "slug": "power",
                "url": "https://hormuz.group/industry/energy/power/"
            }
        ],
        "market": [
            {
                "id": 79,
                "name": "Power",
                "slug": "power",
                "url": "https://hormuz.group/market/public-projects/power/"
            },
            {
                "id": 41,
                "name": "Public Projects",
                "slug": "public-projects",
                "url": "https://hormuz.group/market/public-projects/"
            }
        ],
        "challenges": [
            {
                "id": 173,
                "name": "Energy Supply",
                "slug": "energy-supply",
                "url": "https://hormuz.group/challenges/resource-constraints/energy-supply/"
            },
            {
                "id": 174,
                "name": "Environmental Stress",
                "slug": "environmental-stress",
                "url": "https://hormuz.group/challenges/resource-constraints/environmental-stress/"
            },
            {
                "id": 168,
                "name": "Power Shortage",
                "slug": "power-shortage",
                "url": "https://hormuz.group/challenges/infrastructure-gaps/power-shortage/"
            }
        ],
        "infrastructure_type": [
            {
                "id": 316,
                "name": "Power Plant",
                "slug": "power-plant",
                "url": "https://hormuz.group/infrastructure-type/power-plant/"
            }
        ]
    },
    "taxonomy_labels": {
        "province": "Mazandaran",
        "industry": "Energy, Power",
        "market": "Power, Public Projects",
        "challenges": "Energy Supply, Environmental Stress, Power Shortage",
        "infrastructure_type": "Power Plant"
    },
    "fields_summary": {
        "official_name": "Neka Power Plant",
        "city_location": "Neka, Mazandaran Province, Iran",
        "strategic_role": "Neka Power Plant matters in the Hormuz Graph because it anchors a major northern power-supply context for Mazandaran, where demand is shaped by urban services, agriculture, food processing, tourism, Caspian ports, and seasonal load pressure. Its location near Neka’s coastal energy infrastructure gives it a different profile from inland plants: it links northern grid resilience, industrial and household demand, fuel and maintenance exposure, and environmental constraints in a province where electricity reliability affects both production and service-sector performance.",
        "operational_status": "active",
        "related_use_cases": "Useful for power-supply risk assessment, public-project monitoring, industrial site screening, tourism and food-processing resilience analysis, and evaluation of northern Iran’s grid exposure. Analysts can use it to understand how electricity constraints affect Mazandaran’s ports, cold chains, agriculture-linked industries, and urban services. Due diligence should verify current generation status, fuel exposure, maintenance conditions, grid role, and procurement opportunities around efficiency or backup systems."
    },
    "fields": {
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        "wp_statistics_words_count": "0",
        "official_name": "Neka Power Plant",
        "city_location": "Neka, Mazandaran Province, Iran",
        "operational_status": "active",
        "verification_status": "basic",
        "data_confidence": "high",
        "last_updated": "24/06/2026",
        "strategic_role": "Neka Power Plant matters in the Hormuz Graph because it anchors a major northern power-supply context for Mazandaran, where demand is shaped by urban services, agriculture, food processing, tourism, Caspian ports, and seasonal load pressure. Its location near Neka’s coastal energy infrastructure gives it a different profile from inland plants: it links northern grid resilience, industrial and household demand, fuel and maintenance exposure, and environmental constraints in a province where electricity reliability affects both production and service-sector performance.",
        "related_use_cases": "Useful for power-supply risk assessment, public-project monitoring, industrial site screening, tourism and food-processing resilience analysis, and evaluation of northern Iran’s grid exposure. Analysts can use it to understand how electricity constraints affect Mazandaran’s ports, cold chains, agriculture-linked industries, and urban services. Due diligence should verify current generation status, fuel exposure, maintenance conditions, grid role, and procurement opportunities around efficiency or backup systems.",
        "source_note": "Based on public infrastructure, provincial, industrial, and market-context information. Further verification is required before treating this profile as verified investment intelligence.",
        "rank_math_analytic_object_id": "125"
    },
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    "sources": [
        {
            "type": "note",
            "value": "Based on public infrastructure, provincial, industrial, and market-context information. Further verification is required before treating this profile as verified investment intelligence."
        }
    ],
    "quality": {
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            "strategic_role",
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        "missing_required_fields": [],
        "missing_required_count": 0,
        "verification_status": "basic",
        "data_confidence": "high",
        "last_updated": "24/06/2026",
        "stale_over_180_days": false,
        "quality_score": 100
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    "verification": {
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    }
}