**Location:** India
**System Scope:** Greenfield compressed bio-gas (CBG) plant, taken from concept to a contracted, commissioning-ready asset
**Sector:** Circular Economy / Bioenergy

## CHALLENGE
Rural Maharashtra generates vast volumes of organic waste — crop residue, sugar-mill press mud, and poultry litter — much of which is burned or landfilled, releasing CO2 and methane and degrading local air quality. At the same time, India relies heavily on imported natural gas and CNG, creating an energy-security and cost exposure across its value chains. The client set out to solve both problems at once: a bankable route to high-purity compressed bio-gas (CBG) that meets city-gas standards.

## KEY OUTCOMES
**Waste Diverted at Scale:** 100+ tonnes/day of organic waste closed into the loop instead of burned or landfilled.
**Fossil Fuel Displacement:** 5 TPD of pipeline-grade CBG displacing fossil natural gas and CNG.
**Circular Soil Benefit:** Organic manure returned to soil, replacing synthetic fertiliser.
**Air Quality Improvement:** Cleaner regional air from reduced open burning of agricultural residue.
**Rural Economic Impact:** Rural livelihoods supported across feedstock aggregation, operations and logistics.
**Policy Alignment:** Advances India's SATAT/GOBARdhan programme and its 5% CBG blending target by FY29.

## SOLUTION
The project was developed to move from a greenfield concept to a contracted, commissioning-ready compressed bio-gas plant:
**Two-Stage Anaerobic Digestion**
_A two-stage batch hydrolysis anaerobic digestion process breaks down mixed organic feedstock._
**Membrane Gas Upgrading**
_A membrane upgrading system lifts raw biogas to 95-99% methane purity, meeting IS16087:2025 standards._
**High-Pressure Compression**
_Gas compressed to 250 bar for cascade bottling and distribution._
**Secured Offtake Structure**
_A tripartite agreement locked in long-term offtake before commissioning._
**End-to-End Delivery**
_Hedge5 managed the project from concept through to a contracted, commissioning-ready plant._

Turning Farm Waste into Clean Fuel

**Location:** UK
**Scope:** Trust-wide program across 13 schools, with 2 further arrays planned
**Sector:** Education
**Key Components:** Solar PV, battery storage, EV charging infrastructure, and ongoing maintenance

## CHALLENGE
Rising energy costs were placing real pressure on already-stretched education budgets, while growing use of digital technology in classrooms was pushing electricity demand higher across the school estate. Renewable energy offered a way to cut costs, but finding the right technical solution and navigating available grant funding required specialist knowledge, time and resource that most schools don't have in-house.

## KEY OUTCOMES
**Major Carbon Reduction:** Trust-wide carbon footprint more than halved.
**Scale of Delivery:** More than 5,000 solar panels installed across the estate.
**Technically Complex Sites Solved:** Solar successfully delivered on four sites with challenging Metrotile roofing.
**Maximised Self-Consumption:** Monitoring and battery optimisation increase the share of on-site generated power actually used.
**Minimal Disruption:** Installation scheduled around school terms and key dates throughout the multi-year rollout.

## SOLUTION
Good Energy delivered a tailored, trust-wide renewable program spanning 28 installations across 13 schools:
**Bespoke Per-School Design**
_Each school received a design matched to its roof type, energy demand, available space and future needs._
**Challenging Roof Solutions**
_An in-roof mounting solution enabled solar deployment on four sites with difficult Metrotile roofing that would otherwise have blocked installation._
**Performance Monitoring & Storage**
_SolarEdge technology paired with battery storage let the Trust monitor performance and maximise on-site energy use._
**Term-Time-Aware Scheduling**
_Installation work scheduled around school holidays and key dates to minimise disruption to teaching._
**Funding Structure**
_School Condition Allocation funding combined with government grants made the trust-wide investment financially viable._

Protecting School Budgets with Solar

**Location:** India
**System Scope:** 20 MWp solar PV plant, designed to displace a significant share of the client's grid consumption
**Sector:** Renewable Power / Captive Generation

## CHALLENGE
The client was running on grid and non-renewable power, carrying two costs at once: a carbon footprint pulling against its ESG and net-zero commitments, and a DISCOM tariff over which it had little control. The brief was to solve both together — replace a meaningful share of grid dependence with clean, self-generated power priced below DISCOM rates, and hit a real carbon reduction target within a tight schedule.

## KEY OUTCOMES
**Clean Energy at Scale:** ~31,390 MWh/year of clean electricity displacing grid and non-renewable power.
**Quantified Carbon Impact:** ~18,834 MT CO2/year avoided, a measurable contribution to the client's ESG targets.
**Cost Advantage:** Lower cost of power than DISCOM supply, improving energy economics year on year.
**Reduced Risk Exposure:** Reduced grid dependence, insulating operations from tariff volatility and supply risk.
**Fast Delivery:** Full design-to-commissioning delivery completed in five months.

## SOLUTION
Hedge5 designed and delivered a 20 MWp solar PV plant sized to displace a significant share of the client's grid consumption:
**Output- and Cost-Optimised Design**
_Plant engineered from the design stage to deliver clean energy priced below the DISCOM tariff._
**Single Outcome, Two Benefits**
_Structured so the carbon cut and the cost saving are achieved through the same system, not traded off against each other._
**End-to-End Delivery**
_Hedge5 managed the full project lifecycle — design, procurement, installation, testing and commissioning._
**Rapid Deployment**
_Brought online in just five months._

Powering Operations, Cutting Carbon

**Location:** UK
**Scope:** HPC data centre, scalable to 180 MW and over 1 TWh annual consumption
**Sector:** Data Centres
**Key Components:** Hourly matched renewable electricity sourced from 3,300+ UK generators, with detailed provenance and carbon reporting

## CHALLENGE
The client operates an HPC and AI data centre where renewable energy credentials matter increasingly to customers. Its existing REGO-backed supply could no longer give customers the transparency they expected, it couldn't demonstrate that renewable generation actually matched consumption in real time. With hyperscale customers focused on auditable sourcing, the client needed credible, hour-by-hour matched renewable supply rather than annual-level certification.

## KEY OUTCOMES
**High Match Accuracy:** 95.4% hourly renewable matching achieved.
**Lower Reported Emissions:** 75% lower reported emissions than standard REGO reporting.
**Customer Audit Readiness:** Improved transparency to support hyperscale customer audits and sustainability reporting.
**Growth-Ready Supply:** Flexible supply structure supports scaling to 180 MW without unexpected cost exposure.

## SOLUTION
Good Energy provided a deep-green, hourly matched renewable supply that goes beyond standard annual REGO reporting:
**Hour-by-Hour Matching**
_Consumption matched against generation hour by hour, rather than averaged annually._
**Generation Provenance**
_Supply sourced and tracked across 3,300+ UK generators, giving visibility into when and where electricity was generated._
**Auditable Reporting**
_Detailed carbon and provenance reporting built to support customer audits and sustainability disclosures._
**Scalable Supply Model**
_Structured to support growth to 180 MW capacity without unexpected costs such as volume tolerance charges._

Decarbonising AI with Hourly Matched Energy

**Location:** United Kingdom
**System Scope:** 1 MW / 2 MWh
**Key Components:** Commercial-scale lithium-ion battery modules combined with an intelligent Energy Management System (EMS).

## CHALLENGE
The manufacturing plant in the South of England faced high and volatile electricity
costs, driven by peak demand charges and full exposure to fluctuating grid rates
throughout the day. Without on-site energy storage, the facility had no way to shift consumption away from expensive peak periods or protect operations from power quality issues, leaving both its energy bills and its reliability at the mercy of the grid.

## KEY OUTCOMES
Over its first 6 years in operation, the system delivered exceptional financial and operational metrics:
- **Total Savings & Revenue:** Generated £1.6 million in total savings.
- **Direct Bill Reduction** Cut the facility's annual electricity bills by 13%
- **Reliability:** Provided critical power quality and backup

## SOLUTION
The system was designed not just for simple power backup, but as an active, revenue-generating asset that monetizes stored electricity across multiple distinct revenue streams:
- **Peak Shaving and Demand Management**
_Demand periods the system intelligently shifts the facility's power draw entirely onto battery storage._
- **Energy Arbitrage**
_The facility charges the battery at night when grid electricity is cheaper, and discharges it during the day when grid rates are at their highest._


Screenshot 2026-09-16 at 11.28.31 AM.png

Turning Battery Storage into a Revenue Generating Asset

**Location:** United Kingdom
**System Scope:** 500 kW / 1,000 kWh (0.5 MW / 1 MWh, 2-hour duration)
**Configuration:** Modular, outdoor lithium iron phosphate (LFP) battery container with a bi-directional 500 kW inverter system.

## CHALLENGE:
The agriculture and distribution facility was generating excess solar power that had to be curtailed at midday, wasting clean energy it had already paid to produce. At the same time, the site remained heavily exposed to peak-period grid pricing during DUoS Red Band hours, with self-sufficiency capped at just 40% and no way to monetize its underused capacity for grid services.

## KEY OUTCOMES:
**Zero Wasted Generation:** Eliminated solar power curtailment, keeping 100% of the green energy generated on-site.
**Enhanced Financial Payback:** Combined bill savings from peak shaving and extra revenue from grid services yielded an estimated ROI (Return on Investment) timeline of 5.5 years.
**Grid Independence:** Increased the site's total energy self-sufficiency from 40% up to nearly 82%.

## SOLUTION:
**Autonomy & Optimization Strategy**
The 0.5 MW BESS was integrated alongside the solar array to act as an intelligent buffer between the site and the national grid:
- **Solar Self-Consumption Integration**
_Instead of curtailing excess solar generation during midday, the intelligent
Energy Management System (EMS) routes all surplus energy straight into the
1 MWh battery storage system._
- **DUoS Red Band Peak Shaving**
_The battery is programmed to automatically discharge during afternoon and
early evening peak pricing windows._
- **Firm Frequency Response (FFR)**
_When not needed for on-site load management, the remaining capacity of the
0.5 MW system is aggregated into a virtual power plant (VPP) to provide dynamic frequency response to the National Grid._



Screenshot 2026-09-16 at 11.21.13 AM.png

Solar-Plus-Storage: Turning Curtailed Energy into Grid Revenue

**Location:** UAE 
**System Scope:** Utility-wide smart metering rollout across water & energy
**Key Components:** Four IoT device types — a 1-1 energy device, a 1-M energy gateway (up to 31 meters), and 1-M water Data Concentrator Units (up to 32
meters each) — all integrating to the utility's Head End System (HES) via LTE/GSM

**CHALLENGE:**
Meter reading process relied on manual, field-based collection a labor-intensive approach prone to human error, prolonged by the geographic spread of meters.
This drove up operational costs, slowed data collection, and compromised billing accuracy, creating an urgent need for a scalable, remote metering solution.

**KEY OUTCOMES:**
Following deployment, the solution delivered measurable gains
across operations and customer service:
- **Operational Efficiency:** Eliminated manual, field-based meter reading across four Emirates, cutting the associated labor and logistics costs.
- **Billing Accuracy:** Bills now reflect actual real-time consumption rather than estimates, reducing customer disputes
tied to reading errors.
- **Faster Service Actions:** Remote disconnect/reconnect removed the need for on-site technician visits for routine account changes.
- **Scalability:** A single architecture now covers both wired and wireless connectivity, allowing to extend coverage without redesigning the system for each new meter make or protocol.

**SOLUTION:**
The system was designed not just to digitize meter reads, but as a connected, scalable metering infrastructure that replaces manual, field-based collection with real-time, remote data acquisition:
- **Comprehensive Wired & Wireless IoT Suite**
_A single portfolio of gateways and DCUs customized to the distinct needs of water and energy metering, deployable across both urban and remote terrain._
- **Seamless HES Integration**
_IoT gateways connect meters running on different makes and protocols into one interoperable system, removing the siloed approach the utility previously relied on._
- **Remote Disconnect/Reconnect**
_Service actions handled centrally, with no field visit required._
- **Real-Time Data Acquisition**
_Continuous LTE/GSM transmission from metering endpoints to the HES, replacing the periodic manual read cycle._

Screenshot 2026-09-16 at 10.35.07 AM.png

Powering Remote Metering Across the Northern Emirates

**Location:** United Kingdom
**Scope:** Bespoke solar PV and battery storage across two live, operational care facilities
**Sector:** Healthcare - Care Homes
**System Size:** 134 kW combined (76.54 kW solar PV + 57.62 kWh battery storage)

## CHALLENGE
The client provides round-the-clock residential care across its homes, where reliable power supply is non-negotiable and any downtime carries real risk to residents.
The organization needed to cut energy costs and carbon while protecting itself from
volatile energy prices — all within sensitive, occupied care environments, without any
interruption to critical services. 

## KEY OUTCOMES
**Rapid Financial Return:** Investment repaid in just 2.4 years.
**Meaningful Carbon Reduction:** ~29.9 tonnes of CO2 cut annually — equivalent to roughly 1,556 trees planted per year.
**Price Volatility Protection:** Battery storage shields residents and operations from energy price spikes.
**Zero Compromise to Care:** Uninterrupted power to critical care maintained throughout deployment and operation.
**Energy Independence Across Both Sites:** Bespoke generation and storage now serving two live care homes.
**Long-Term Impact Secured:** ~748 tonnes of CO2 avoided and 3,300+ MWh of clean generation projected over the 25-year system life

## SOLUTION
Following a detailed study of each home's individual energy consumption, _Nuvolt_ designed bespoke solar PV and battery storage systems engineered around live care operations:
**Site-Specific System Design**
Separate generation and storage sizing for each home matched to each facility's actual demand.
**Integrated Solar + Battery Storage**
76.54 kW of solar generation paired with 57.62 kWh of storage, enabling each site to
generate, store and use its own clean energy around the clock.
**Care-Routine-Aligned Engineering**
Systems designed to align generation and storage patterns with daily care routines rather than a generic load profile.
**Continuity of Critical Supply**
Uninterrupted power to critical care services safeguarded throughout design and installation.
**Live-Site Delivery**
Installed across two operational, occupied care homes without disrupting resident care.



Screenshot 2026-09-16 at 2.44.11 PM.png

Solar and Battery Storage for Uninterrupted Care

**Location:** United Kingdom
**Scope:** Net Zero Innovation Program
**Project:** The Intelligent Smart Energy Engine (ISEE) Project — investigating how alternative tariff design could reshape the energy market

## CHALLENGE
With multiple delivery partners, complex contracts, and demanding stakeholders, the client needed strong governance to manage budget, commercial risk, and delivery quality, despite _Engage_ not being the contracted lead.

## KEY OUTCOMES
**Consistent, High-Quality Deliverables:** Structured templates and workshop facilitation ensured Phase 1 outputs met the client's requirements throughout.
**Successful Phase 1 - Phase 2 Progression:** The project was selected via down-selection to advance into real-world trial delivery.
**Effective Cross-Consortium Governance:** _Engage_ directed a multi-partner delivery structure while operating outside the contract-lead role — a structurally complex position it managed successfully.
**Sustained Relationship:** Continued leadership of monthly contractual and commercial discussions across both program phases.
**Scaled Delivery Oversight:** Governance role expanded to cover full consortium delivery timescales, cost and resource management during the recent scale-change review.

## SOLUTION
_Engage_ was appointed to manage the project on behalf of the consortium, overseeing
budgetary, commercial and delivery requirements set by the client:
**Programme Governance Framework**
_An established, proven framework providing project governance, quality assurance and risk
management controls across all consortium partners._
**Contract and Commercial Management**
_Support for contract lead, overseeing contractual obligations to the client and
managing commercial arrangements across all consortium members._
**Delivery Coordination**
_Day-to-day management of milestones, deliverables, timescales, costs and resource
dependencies — extended further during a recent programme scale-change review._
**Client Stakeholder Engagement**
_Leading monthly contractual and commercial meetings with the client, acting as the primary
interface despite not holding the contract lead role._
**Deliverable Quality Assurance**
_Providing structures and templates for reports, facilitating internal workshops, and refining
partner input for a policy and energy-industry audience._

Screenshot 2026-09-16 at 2.40.05 PM.png

Governing a Flexibility Innovation Program

**Location:** UAE
**System Scope:** Advanced Metering Infrastructure (AMI) across electricity & water meters.
**Key Components:** IoT gateways with edge computing, NB-IoT backhaul, and an intelligent Head End System supporting multiple communication protocols simultaneously.

**CHALLENGE:**
The service area was equipped with a highly fragmented meter ecosystem, 59 meter varieties across 15 manufacturer brands, running on 11 different communication protocols. This diversity made it difficult to establish a resilient, real-time communication infrastructure, leaving the utility exposed to disruptions in data acquisition and unable to manage its electricity and water meters through a single, unified system.

**KEY OUTCOMES:**
Following deployment, the AMI rollout delivered measurable gains in reach and reliability:
- **Meter Ecosystem Unified:** All meter varieties across 15 manufacturer brands integrated seamlessly into a single infrastructure.
- **Full Protocol Compatibility:** Every communication protocol in use across the service area is now supported through the customized gateways.
- **Real-Time Visibility:** Consumption data now retrieved hourly rather than through manual or delayed collection, giving accurate insight into usage patterns and operational efficiency.
- **Resilient, Scalable Infrastructure:** The combination of NB-IoT backhaul, custom gateways, and the head end system minimized data loss and downtime while laying groundwork for continued expansion.

**SOLUTION:**
The system was designed not just to collect meter data, but as a resilient, protocol-agnostic
infrastructure capable of unifying a highly fragmented meter ecosystem into one real-time
data pipeline:
- **IoT Gateways with Edge Computing**
_Deployed across service areas to pull data from electricity and water meters hourly, cutting
latency and easing load on the central system._
- **NB-IoT Backhaul**
_Selected for cost-effective, long-distance transmission, ensuring dependable data retrieval
from remote meters._
- **Customized Gateway Engineering**
_Purpose-built gateways supporting multiple meter protocols simultaneously, rather than
requiring separate hardware per protocol._
- **Intelligent Head End System**
_Managed northbound and southbound integrations across diverse meter types using MQTT, SFTP, CoAP, REST API, Protobuf, and NTP server, plus firmware-over-the-air and network management to keep gateways healthy remotely._

Screenshot 2026-09-16 at 10.28.08 AM.png

Unifying a Fragmented Meter Ecosystem at Scale

### **Introduction**

Esyasoft has charted a remarkable journey in showcasing the transformative power of smart meter deployment in reshaping energy management for utilities. The utility faced several challenges that hindered the efficiency and profitability of its energy distribution:

- A staggering ATC (Aggregate Technical and Commercial) loss of over 35%
- A low throughput rate of less than Rs. 3.5
- A billing efficiency of merely 50%
- A customer base of 9,572 consumers with a monthly input energy of 2.20 MU (Million Units)

### **AMI Deployment**

AMI and Analytics solutions where implemented with a comprehensive scope of work designed to address these issues. The project included the deployment of 

- 8,500 single-phase meters
- 500 three-phase meters

Esyasoft implemented Big Data Analysis and Reporting for a duration of 60 months alongside the supply, integration, testing, and deployment of an Advanced Metering Infrastructure (AMI) with Meter Data Management (MDM) and Analytics Application.

### **Outcomes**

The results, post-investment, were nothing short of extraordinary:

- Billing efficiency soared to 85%
- The revenue in 10 months surged from USD 1.5 million to USD 2.5 million
- ATC losses plummeted from 38.5% to a remarkable 9.6%



The case study reflects the potential impact of smart metering solutions on the utility sector—turning around loss-making scenarios into profitable and efficient operations.

case study smart metering

Explore how Esyasoft enabled smart meter deployment for utilities, improving efficiency, monitoring, and revenue management.

Smart Meter Deployment Success Case Study | Esyasoft

Smart Meter Deployment for a North Indian Utility: A Transformative Success

### **Introduction:**

In the ever-evolving landscape of utility management, the Middle East utility faced numerous challenges in managing their water and electricity meters efficiently. To address these challenges, the utility embarked on a groundbreaking journey to deploy an Advanced Metering Infrastructure (AMI) empowered by IoT gateways with edge computing capability and NB-IoT backhaul. This case study outlines their remarkable journey, highlighting key achievements and solutions.

### **Challenges Faced:**

**1. Diverse Meter Ecosystem:** Managing a staggering 59 types of meters from multiple manufacturers. The utility's service area was populated with a diverse range of electricity and water meters, featuring 15 prominent brands, including Elster, Landis + Gyr, ABB, Iskra, ION, Actaris, Itron, Badger, Hydrus, Kronhe, Siemens, Kamstrup, Endress + Hauser, Hydrometer, and Euromag. This array of meter makes and models presented a complex integration challenge.

**2. Multitude of Communication Protocols:** Adding to the complexity, there were 11 different meter communication protocols in use, encompassing DLMS, Euridis, IEC 62056-21, MBus, Wireless MBus, ModBus, Pulse, ModBus/Pulse, Severn Trent, and RTU Logger. Each protocol had unique data transmission characteristics, necessitating a robust and adaptable communication infrastructure.

**3. Resilient Communication Infrastructure:** The utility needed a robust communication infrastructure that could withstand disruptions and ensure real-time data acquisition.

### **Solution:**

To overcome these challenges, the utility implemented a comprehensive AMI solution, which included the following key elements:

**1. IoT Gateways with Edge Computing:** Deployed strategically across their service area, IoT gateways with edge computing capabilities were engineered to collect data from smart electricity and water meters on hourly intervals, reducing latency and minimizing central system load. This customization ensured a resilient and future-ready communication infrastructure.

**2. NB-IoT Backhaul:** Narrowband Internet of Things (NB-IoT) was chosen as the backhaul technology, offering efficient and cost-effective long-distance data transmission, ensuring reliable data retrieval from remote meters.

**3. Customized Gateway Engineering:** The utility engineered customized gateways capable of supporting up to three meter protocols simultaneously, ensuring flexible and efficient data acquisition, and creating a resilient communication infrastructure.

**4. Intelligent Head End System:** An intelligent head end system was implemented to manage all communication infrastructure for every electricity and water meter type. This system was designed to oversee all communication aspects of the diverse electricity and water meter types. It supported both northbound and southbound integrations, including MQTT, SFTP, CoAP, Rest API, Protobuf, NTP server, and more, facilitating seamless data flow and integration with other systems.

**5. Firmware Over-the-Air and Network Management:** The head end system included robust features for firmware over-the-air updates and network management, ensuring the continuous health and performance of the communication gateways.

### **Results:**

The implementation of this comprehensive AMI infrastructure yielded outstanding results:

**1. Real-time Data Acquisition:** The utility could now acquire live data from electricity and water meters at hourly intervals, enabling precise insights into consumption patterns and operational efficiency.

**2. Meter Ecosystem Integration:** The AMI seamlessly integrated all 59 types of meters from diverse manufacturers, streamlining data collection processes.

**3. Protocol Compatibility:** Customized gateways supported all 11 meter communication protocols, guaranteeing compatibility with all meters, thereby facilitating comprehensive data collection.

**4. Resilient Infrastructure:** The combination of NB-IoT backhaul, customized gateways, and the head end system ensured a resilient communication infrastructure, minimizing data loss and downtime.

**5. Scalability:** Ultimately, this ambitious project led to the establishment of a resilient AMI that can support a staggering 1.2 million metering points. The utility could now acquire live data at hourly intervals from a diverse range of meters, manage them efficiently through the intelligent head end system, and seamlessly integrate the data into their existing infrastructure

### **Conclusion:**

The implementation of an Advanced Metering Infrastructure with IoT gateways, NB-IoT backhaul, and a sophisticated head end system is transforming this utility's operations. It is not only conquering the challenges posed by a diverse meter ecosystem and multiple communication protocols but also laying the foundation for future innovation and scalability. With the ability to acquire, manage, and integrate data seamlessly, the utility equips itself to improve service delivery, optimize resource utilization, and provide a more reliable utility service to its customers, setting a shining example for the industry.

advanced metering infrastructure case study

Discover how Esyasoft improved utility efficiency and data management in the Middle East through AMI and smart metering.

AMI Case Study for Middle East Utilities | Esyasoft

Enhancing Efficiency and Data Management for a Middle East Utility: An AMI Case Study

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