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Projects & Case Studies

Real installations across 18 countries on 5 continents

From GEMS Bangchak (Thailand's first AI + Blockchain Energy Trading microgrid) to Iririki Resort Vanuatu and Sarawak rural electrification — 693+ site installations since 1991.

35+
Years of experience
693+
Reference sites installed
18
Countries served
5
Continents
100+ MWh
Battery storage installed
31+ MW
PCS & DG capacity

All projects

GEMS — Community Microgrid + Blockchain Trading
Bangkok, Thailand 2018 Community + Utility

GEMS — Community Microgrid + Blockchain Trading

An isolated microgrid on a 1 MWh lithium battery, the largest in operation in Thailand as of 2018 — Green Community Energy Management System (GEMS) at Bangchak Gas Station — Ethereum-based Energy Trading Platform allowing consumers to trade energy directly. Uses AI for hourly weather/load forecasting and IoT-based remote monitoring.

  • 1 MWh lithium battery — the largest in operation in Thailand as of 2018
  • Energy Trading Platform on Ethereum
  • AI-powered weather + load forecasting
  • Foundation of the GridMind AI platform (2024+)
1,000 kWh
Daily energy
AI + IoT + Blockchain
Technology
Industry Award 2018
Awards
Iririki Resort Microgrid
Port Vila, Vanuatu 2016 Eco Resort

Iririki Resort Microgrid

Island microgrid for Iririki Resort, Vanuatu — PV 710 kW + BESS 2,000 kWh + Diesel Generator 1,000 kW + PCS 400 kW — replaces diesel with clean 24/7 energy.

  • Pacific island microgrid experience
  • BESS 2,000 kWh Li-ion NMC · island resort scale
  • PV-ESS-DG hybrid optimisation
710 kW
Solar PV
2,000 kWh NMC
Battery (BESS)
1,000 kW
Generator
400 kW
PCS
Kapas Island Resort (NODEX)
Kapas Island, Malaysia 2022 Island Resort

Kapas Island Resort (NODEX)

Power for the Kapas Island resorts using NODEX PCS with sodium batteries in two clusters, sited close to the loads to cut cabling cost, with power sharing that keeps the gensets running efficiently.

  • Sodium batteries with NODEX PCS in two clusters
  • Clusters sited near the loads to cut cabling cost
  • Power sharing keeps the gensets running efficiently
NODEX + Sodium
System
2
Clusters
🇲🇾 Malaysia
Country
UNHCR Takum — Hybrid PV + DC Generator
Takum, Nigeria 2024 Humanitarian

UNHCR Takum — Hybrid PV + DC Generator

Power for a UNHCR humanitarian site at Takum, Nigeria — PV 3 kWp with a 50 kW / 72 kWh LFP battery and a POLAR Power DC generator, running inverter-led and battery-supported for a steadier supply than a conventional genset gives.

  • Delivered for a UNHCR humanitarian site
  • Inverter-led and battery-supported — steadier than a genset alone
  • Works with a POLAR Power DC generator
3 kWp
Solar
LFP 50 kW / 72 kWh
Battery
🇳🇬 Nigeria
Country
Tg. Labian Centralized Microgrid
Sabah, Malaysia 2012 Rural Community

Tg. Labian Centralized Microgrid

The largest solar-diesel-battery microgrid in the LEONICS Malaysia fleet — PV 1,517 kWp + 4,320 kWh battery serving a remote community in Sabah.

  • Largest site in the LEONICS Malaysia fleet (125 systems)
  • Solar-diesel-battery hybrid
  • COD 2012
1,517 kWp
Solar
4,320 kWh flooded lead-acid
Battery
🇲🇾 Sabah
Country
Bario Villages Microgrid Power Station
Bario, Sarawak, Malaysia 2015 Rural Electrification

Bario Villages Microgrid Power Station

Solar rural electrification in the Bario highlands, a remote part of Sarawak — a microgrid providing 24/7 supply to over 200 households, shops, offices and various village buildings.

  • Remote highland site, Bario
  • 4.3 MWh battery — the largest in the LEONICS fleet
  • SEDA Malaysia approved system
4.3 MWh flooded lead-acid
Battery
200+
Households
24/7
Supply
🇲🇾 Malaysia
Country
SEDA Approved
Certification
BELB Sugut Village — Centralized Solar Hybrid
Sugut, Sabah, Malaysia 2016 Off-grid Community

BELB Sugut Village — Centralized Solar Hybrid

Microgrid for remote off-grid communities in Sabah — integrates renewables into diesel power plants to minimize operation costs. Energy management controller with load and renewable generation forecasting from historical data.

  • Forecast-based EMS (predecessor of GridMind AI)
  • 4.0 MWh battery integrated with the existing diesel plant
  • Reduced diesel operating cost
  • Web-based remote monitoring platform
4.0 MWh flooded lead-acid
Battery
Centralized Hybrid
Topology
Forecast-based
Optimization
🇲🇾 Sabah, Malaysia
Country
PTT Gas Station Community Microgrid
Thailand 2015 Community + Utility

PTT Gas Station Community Microgrid

Microgrid test-bed at a PTT station · 3 MWh battery + solar as primary, grid as backup — 24/7 supply with demand-side and energy management for community shops.

  • Fuel service station
  • Demand-side management
  • 24/7 supply
3 MWh
Battery
Solar
Primary
Banggi Island Solar Hybrid Microgrid
Sabah, Malaysia 2009 Island Community

Banggi Island Solar Hybrid Microgrid

Solar rural electrification on the remote Banggi Island — 3 MWh battery integrated with diesel for 24/7 supply to 200+ households (Phase 2 in 2021).

  • Remote island off Sabah
  • 24/7 supply
  • Fishing and farming community
3 MWh
Battery
200+
Households
🇲🇾 Sabah
Country
Palue Villages Solar Hybrid
Palue, Indonesia 2020 Rural Villages

Palue Villages Solar Hybrid

Centralized Solar Hybrid — PV 760 kWp + 1,678 kWh battery for the remote Palue villages — 24/7 clean supply, expandable to diesel/grid.

  • Remote village
  • Expandable to accept diesel or a grid connection
  • 24/7 clean supply
760 kWp
Solar
1,678 kWh
Battery
🇮🇩 Indonesia
Country
Kalangala Solar Hybrid — Bugala Island
Kalangala, Uganda 2014 Rural Community

Kalangala Solar Hybrid — Bugala Island

1.6 MW solar-diesel-battery hybrid power plant on Bugala Island, Lake Victoria — supplying over 3,397 households and 49 commercial customers.

  • Island in Lake Victoria
  • 3,397 households + 49 commercial premises
  • Off-grid microgrid in Africa
1.6 MW
Solar
3,397
Households
49
Commercial
Golo Lebo Villages — Centralized Solar Hybrid
Golo Lebo, Indonesia 2020 Rural Villages

Golo Lebo Villages — Centralized Solar Hybrid

Centralized Solar Hybrid — PV 490 kWp + 949 kWh battery for an off-grid community, 24-hour supply, built to accept a genset or a grid connection as the load grows.

  • Off-grid community on 24-hour supply
  • Near-MWh storage integrated with generation
490 kWp
Solar
949 kWh
Battery
🇮🇩 Indonesia
Country
Gurung Villages — Centralized Solar Hybrid
Gurung, Indonesia 2020 Rural Villages

Gurung Villages — Centralized Solar Hybrid

Centralized Solar Hybrid — PV 440 kWp + 647 kWh battery for an off-grid community, 24-hour supply, built to accept a genset or a grid connection as the load grows.

  • Off-grid community on 24-hour supply
  • Expandable to a genset or grid connection as load grows
440 kWp
Solar
647 kWh
Battery
🇮🇩 Indonesia
Country
Ban Raya Resort, Phuket — Microgrid
Phuket, Thailand 2025 Island Resort

Ban Raya Resort, Phuket — Microgrid

Microgrid for Ban Raya Resort, Racha Island, Phuket · Solar 280 kWp + LFP 250 kW/430 kWh + microgrid controller — minimizing diesel, maximizing solar+battery, cutting CO₂.

  • Island resort, Phuket
  • Less diesel, more solar
  • Commissioned 2025
280 kWp
Solar
LFP 250 kW/430 kWh
Battery
Sila Island Resort — Off-grid Microgrid
Northern Samar, Philippines 2024 Eco Resort

Sila Island Resort — Off-grid Microgrid

Off-grid microgrid for Sila Island Resort, an eco-resort in Northern Samar · Solar 105 kWp + LFP 100 kW/285 kWh + microgrid controller for 24/7 supply and lower CO₂.

  • Eco-resort
  • LFP + microgrid controller
  • 24/7 solar and diesel mix
105 kWp
Solar
LFP 100 kW/285 kWh
Battery
Fabrinet Thailand — FCM-300 frequency converters × 3 units
Pathum Thani, Thailand 2026 Electronics / Photonics manufacturing

Fabrinet Thailand — FCM-300 frequency converters × 3 units

LEONICS installed three FCM-300 modular static frequency converters (300 kVA each) at Fabrinet’s Pathum Thani factory in Thailand, supplying converted-frequency power to production-line machinery. Fabrinet is one of the world’s leading contract manufacturers of optical modules and fiber-optic assemblies, with its main assembly base in Thailand, exporting worldwide.

  • Three FCM-300 units, 900 kVA in total · installed 2026
  • Supplies converted-frequency power to production-line machinery
  • FCM-Series modular architecture built from 50 kW modules
  • Customer is a leading global photonics contract manufacturer with its main production base in Thailand
3 × FCM-300
Units
900 kVA
Total capacity
Modular 50 kW
Architecture
LEONICS EMS — Peak Shaving + Time-Shift
Thailand 2025 Factory + BESS

LEONICS EMS — Peak Shaving + Time-Shift

LEONICS EMS for Peak Shaving + Time-Shift — holds grid import below the demand limit, charges Off-Peak and discharges at Peak, and blocks reverse power via Back Feed Protection.

  • Peak shaving to cut the demand charge
  • Time-shift (energy arbitrage)
  • Reverse-power protection (BFP-01)
200 kW
PCS
LG NMC 200 kWh
Battery
100 kWp
Solar
MaesamphengTai Microgrid (PEA SCADA)
Thailand 2024 Rural Village

MaesamphengTai Microgrid (PEA SCADA)

Rural village microgrid in Thailand · Solar 60 kWp + LFP 100 kW/200 kWh + controller — local and remote control via PEA SCADA for 24/7 supply.

  • Linked remotely to PEA SCADA
  • Remote village
  • Commissioned 2024
60 kWp
Solar
LFP 100 kW/200 kWh
Battery
PEA SCADA
Control
Koh Tao Renewable Microgrid
Koh Tao, Surat Thani, Thailand 2025 Island Microgrid

Koh Tao Renewable Microgrid

Renewable microgrid on Koh Tao · Solar 60 kWp + 100 kW wind turbine + LFP BESS 120 kW/160 kWh + EMS — stable 24/7 supply, reduced diesel dependence.

  • Solar + wind + BESS hybrid
  • Tourist island
  • Commissioned 2025
60 kWp
Solar
100 kW
Wind
120 kW/160 kWh
BESS
Net Zero Energy Building — PEA
Nakhon Pathom, Thailand 2018 Government Building

Net Zero Energy Building — PEA

Net Zero Energy Building project at the Provincial Electricity Authority (PEA), Nakhon Chai Si, Nakhon Pathom — 24/7 renewable supply to the building, assessing microgrid reliability.

  • PEA Net Zero building
  • Microgrid infrastructure
  • 24/7 renewable supply
120 kWp
Solar
LFP 120 kW/100 kWh
Battery
SARES — Sarawak Alternative Rural Electrification
Sarawak, Malaysia 2015 Rural Microgrid

SARES — Sarawak Alternative Rural Electrification

Sarawak state-level Rural Electrification project — Solar Hybrid + Diesel backup + Battery bank microgrid for remote villages and longhouses in Sarawak.

  • Government-backed rural electrification
  • Solar as primary, diesel as backup
  • Battery bank for night-time supply
Solar+Diesel+BESS
Topology
Multi-village
Scope
🇲🇾 Malaysia
Country
78 Schools Project — Rural Solar
Sarawak, Malaysia 2022 Rural Schools

78 Schools Project — Rural Solar

Solar for 78 rural schools in Sarawak — NODEX runs alongside the existing diesel gensets so remote schools keep continuous power and depend less on fuel that is hard to deliver.

  • 78 rural schools
  • 44,000 litres of diesel and about 24,000 kg of CO₂ saved a year
  • About RM500,000 a year of government budget saved
  • NODEX runs alongside the existing gensets
78
Schools
44,000 L/yr
Diesel saved
~24,000 kg/yr
CO₂ avoided
Banggi 2 Centralized Solar Hybrid, Sabah
Banggi Island, Sabah, Malaysia 2021 Island Community

Banggi 2 Centralized Solar Hybrid, Sabah

A newer hybrid microgrid on Banggi Island combining solar PV, BESS and diesel to supply 200+ households, shops, offices and schools around the clock — dispatched to maximise renewables and cut genset runtime. It follows the first system LEONICS energised on the same island in 2009.

  • A return to the same island 12 years after the 2009 system
  • Dispatched to maximise renewables and cut genset runtime
  • 24-hour supply to 200+ households, shops, offices and schools
PV + BESS + Diesel
System
200+
Households
🇲🇾 Sabah
Country
Lake Kenyir — 9-Location Microgrid
Terengganu, Malaysia 2022 Lake Resorts

Lake Kenyir — 9-Location Microgrid

NODEX solution working with lithium batteries to deliver uninterruptible power to 9 resort locations around Lake Kenyir, Malaysia.

  • 9 locations around the lake
  • UPS for the resorts
  • NODEX + lithium
9
Locations
NODEX + Lithium
Tech
🇲🇾 Malaysia
Country
MTEL Lot-3 — 134-Site BTS Solar Hybrid
Myanmar · 7 regions 2021 Telecom BTS

MTEL Lot-3 — 134-Site BTS Solar Hybrid

Powers 134 telecom towers (BTS) across Myanmar for operator MTEL with a LEONICS-designed Solar + LFP + Diesel hybrid (Universal Control Cabinet) — cutting diesel OPEX, 24/7 uptime, 4G remote monitoring.

  • 134 sites · 7 states and regions · 63 townships
  • Off-grid: PV 18.9 kWp + LFP 38.4 kWh
  • Automatic genset start/stop + 4G IoT
134
Sites
48VDC LFP
DC Plant
4G remote
Monitoring
Pulau Ubin Microgrid Test-Bed
Pulau Ubin, Singapore 2013 Utility Test-Bed

Pulau Ubin Microgrid Test-Bed

A solar-plus-storage microgrid on Pulau Ubin, Singapore, set up as a reliability test-bed for a grid taking a growing share of solar — run under a national utility programme.

  • Commissioned as a test-bed by the national utility programme
  • Assesses reliability as solar takes a growing grid share
  • Island solar-plus-battery microgrid
Solar + BESS
System
Reliability test-bed
Role
🇸🇬 Singapore
Country
Dhulikhel Hospital — Grid Interactive PV
Dhulikhel, Nepal 2019 Hospital

Dhulikhel Hospital — Grid Interactive PV

Integrated PV rooftop with Grid Interactive Inverter + Battery bank for Dhulikhel Hospital, Nepal — clean energy from PV and battery during grid failures, integrated with existing diesel generators.

  • Critical care power continuity
  • Solar-first with diesel backup
  • Resilient to grid outages
Grid-Interactive PV
Topology
Battery + DG
Backup
🇳🇵 Nepal
Country
Hospital critical load
Application
Nok-phao School Microgrid (NODEX)
Surat Thani, Thailand 2018 School

Nok-phao School Microgrid (NODEX)

A compact microgrid for Nok-phao School — PV 6 kWp with a solar charger, a 50 kWh lithium battery and a 6 kW NODEX PCS giving UPS-grade continuous supply, sized to the school load profile and expandable. Up to 60% fuel saving.

  • UPS-grade continuous supply from a 6 kW NODEX PCS
  • Up to 60% fuel saving
  • Sized to the school load profile and expandable
6 kWp
Solar
Li-ion 50 kWh
Battery
up to 60%
Fuel saving
Wisma A, Johor Port — two UPS in parallel for the server room
Johor Port, Malaysia 2026 Data Centre

Wisma A, Johor Port — two UPS in parallel for the server room

The Wisma A server room at Johor Port runs two 90 kVA True Online UPS in parallel sharing the load, on a single shared FZSONICK SoNick battery bank. Lose either unit and the other carries the full load with no break. Supplied through FZ Energy Storage Systems Sdn Bhd, the LEONICS distributor in Malaysia.

  • Two 90 kVA True Online UPS sharing the load
  • A single shared FZSONICK SoNick battery bank
  • Either unit alone carries 100% of the load, with no break
  • Supplied through FZ Energy Storage Systems Sdn Bhd, the distributor in Malaysia
2 × 90 kVA
UPS
Parallel N+1
Topology
Malaysia distributor
Delivered via
Johor Port — Two 110 Vdc Battery Chargers with DC Management System
Johor Port, Malaysia 2025 Port Facility

Johor Port — Two 110 Vdc Battery Chargers with DC Management System

Two LEONICS DSM-110-75 chargers at Johor Port, 110 Vdc 75 A each, parallel redundant onto a common DC bus, with a DC Management System cabinet between them and two FZSONICK SoNick battery packs. Lose either charger and the other holds the DC supply. Supplied through FZ Energy Storage Systems Sdn Bhd, the distributor in Malaysia.

  • Charger No.1 and No.2 either side of a DC Management System cabinet
  • Two FZSONICK SoNick battery packs, one per bank, each with its own ammeter
  • Either charger alone can hold the DC supply
  • Supplied through FZ Energy Storage Systems Sdn Bhd, the distributor in Malaysia
DSM-110-75
Model
2 × 110 Vdc 75 A
Chargers
2 × SoNick
Battery
🇲🇾 Malaysia
Country
Bangkok Hospital — KTT 30 kVA True Online UPS
Thailand 2022 Healthcare

Bangkok Hospital — KTT 30 kVA True Online UPS

A KTT 30 kVA true online UPS at Bangkok Hospital, three-phase in and out. Double conversion rebuilds the supply, so the load never sees the incoming mains; the KTT line parallels N+x to six units and is the range LEONICS positions for CT and MRI suites.

  • True online double conversion — the load never sees the incoming mains
  • Three-phase in, three-phase out, transformer-based
  • N+x parallel redundancy to six units
  • EPO and intelligent battery management, with flexible battery configuration
KTT 30 kVA
Model
True online, 3-phase
Topology
N+x to 6 units
Parallel
🇹🇭 Thailand
Country
L-Solar 1 — 8.67 MWp Thin-Film Solar Farm
Thailand 2011 Solar Power Plant

L-Solar 1 — 8.67 MWp Thin-Film Solar Farm

An 8.67 MWp solar farm built with amorphous-silicon thin-film modules rather than crystalline panels, commissioned in November 2011. LEONICS delivered it as EPC, supplied the inverters, and runs the O&M and monitoring.

  • LEONICS as EPC — design, inverters, O&M and the monitoring centre
  • Amorphous-silicon thin film, not crystalline modules
  • Runs on the LEONICS Monitoring and Operation Centre
8.67 MWp
Capacity
a-Si thin-film
Technology
EPC
Role
🇹🇭 Thailand
Country
Sun Edison — 8 MWp PV Tracking Power Plant
Roi Et Province, Thailand 2011 Solar Power Plant

Sun Edison — 8 MWp PV Tracking Power Plant

An 8 MWp plant in Roi Et on single-axis trackers, so the rows follow the sun through the day instead of sitting at a fixed tilt. Commissioned in December 2011. LEONICS delivered it as EPC, supplied the inverters, and runs the O&M and monitoring.

  • Rows on trackers rather than fixed tilt
  • Commissioned a month after L-Solar 1, in December 2011
8 MWp
Capacity
Tracking
Mounting
EPC
Role
🇹🇭 Thailand
Country
Infinite Green (Premier Group) — 5.34 MWp Solar Farm
Saraburi Province, Thailand 2012 Solar Power Plant

Infinite Green (Premier Group) — 5.34 MWp Solar Farm

A 5.34 MWp ground-mounted plant in Saraburi for Premier Group, commissioned in December 2012. LEONICS delivered it as EPC, supplied the inverters, and runs the O&M and monitoring.

  • Built for Premier Group's Infinite Green plant
  • String-level monitoring across the whole field
5.34 MWp
Capacity
Premier Group
Owner
EPC
Role
🇹🇭 Thailand
Country
Greenresources — 5 MWp Solar Farm
Sa Kaeo Province, Thailand 2017 Solar Power Plant

Greenresources — 5 MWp Solar Farm

A 5 MWp plant in Sa Kaeo commissioned in August 2017, with an on-site weather station feeding the monitoring system. LEONICS delivered it as EPC, supplied the inverters, and runs the O&M and monitoring.

  • On-site weather station feeding the monitoring system
  • Commissioned 2017, five years after the earlier plants here
5 MWp
Capacity
EPC
Role
🇹🇭 Thailand
Country
Kerry Flour Mills — 3.42 MWp Solar Rooftop (3 phases)
Samut Prakan, Thailand 2024 Flour Mill

Kerry Flour Mills — 3.42 MWp Solar Rooftop (3 phases)

3.42 MWp industrial rooftop solar for Kerry Flour Mills across 3 phases (999+999+1,421 kWp) — grid-tied with monitoring, delivered by Microgrid Technology (a LEONICS company), with two signed Final Acceptance Certificates on file.

  • Two signed Final Acceptance Certificates (2024)
  • Three phases: 999 + 999 + 1,421 kWp
  • Installed by Microgrid Technology (MGT)
3.42 MWp
Capacity
3
Phases
Signed ×2
Certificate
Kaneka (Thailand) — Solar Rooftop 517.92 kWp
Thailand 2021 Chemical Factory

Kaneka (Thailand) — Solar Rooftop 517.92 kWp

517.92 kWp rooftop solar on Kaneka (Thailand) — grid-tied string inverters with real-time monitoring, delivered by Microgrid Technology (a LEONICS company), with a signed Form of Mechanical Completion on file.

  • Signed Mechanical Completion certificate (18 Nov 2021)
  • Grid-tied string inverter + monitoring
  • Installed by Microgrid Technology (MGT)
517.92 kWp
Capacity
Rooftop
Type
Signed
Certificate
Inpac Pharma — Solar Rooftop
Bangkok, Thailand 2023 Pharmaceutical Factory

Inpac Pharma — Solar Rooftop

418 kWp rooftop solar on Inpac Pharma, Bangkok — cutting production electricity cost with clean energy.

  • Pharmaceutical plant (tight environmental control)
  • Lower on-peak electricity cost
  • Installed by Microgrid Technology (MGT)
418 kWp
Capacity
Rooftop
Type
Thammasat Rangsit Convention Center — Solar Rooftop
Pathum Thani, Thailand 2023 Commercial Building

Thammasat Rangsit Convention Center — Solar Rooftop

300 kWp rooftop solar on Thammasat Rangsit Convention Center — cutting electricity cost for a large-load building.

  • High-load convention building
  • Daytime self-consumption
  • Installed by Microgrid Technology (MGT)
300 kWp
Capacity
Rooftop
Type
Thai-Denmark Dairy Cooperatives — 202 kWp Solar Rooftop
Lopburi Province, Thailand 2022 Dairy Plant

Thai-Denmark Dairy Cooperatives — 202 kWp Solar Rooftop

A 202 kWp rooftop array over the Thai-Denmark dairy plant in Lopburi, commissioned in January 2022. LEONICS delivered it as EPC, supplied the inverters, and runs the O&M and monitoring.

  • Rooftop array over the dairy plant
  • The same EPC-plus-monitoring scope as the MW-scale farms, at 202 kWp
202 kWp
Capacity
Rooftop
Type
EPC
Role
🇹🇭 Thailand
Country
Greenery Apartment — Sukhumvit 61
Bangkok, Thailand 2023 Apartment

Greenery Apartment — Sukhumvit 61

Rooftop solar on the Greenery Apartment building, Sukhumvit 61 — cutting the building common-area electricity cost.

  • City-centre apartment block
  • Lower common-area bill
  • Installed by Microgrid Technology (MGT)
Building rooftop
Type
Bangkok
City
MGT
Brand
Plakan Resort — Solar Rooftop
Kanchanaburi, Thailand 2023 Resort

Plakan Resort — Solar Rooftop

Rooftop solar on Plakan Resort, Kanchanaburi — cutting hospitality electricity cost, by Microgrid Technology.

  • Accommodation and resort business
  • Lower daytime bill
Resort rooftop
Type
Kanchanaburi
Province
MGT
Brand
Residence — Soi Phatthanakan 54
Bangkok, Thailand 2024 Residential

Residence — Soi Phatthanakan 54

5.6 kWp rooftop solar on a detached home at Soi Phatthanakan 54 — reducing the monthly electricity bill, installed by Microgrid Technology.

  • Detached city home
  • Lower monthly bill
5.6 kWp
Capacity
Home rooftop
Type
Bangkok
City
BAAC — NODEX solar + battery at 7 branches
7 branches across Thailand 2022 Banking

BAAC — NODEX solar + battery at 7 branches

A NODEX system with 5 kWp of solar and a 48 Vdc 9.6 kWh battery at seven Bank for Agriculture and Agricultural Cooperatives branches — Nakhon Chai Si (Nakhon Pathom) · Samut Sakhon · Taphan Hin (Phichit) · Na Noi (Nan) · Pla Pak (Nakhon Phanom) · Pak Phayun (Phatthalung) · Si Sa Ket. Each branch reads grid draw, PV output and battery state in real time.

  • NODEX 5 kWp solar + 48 Vdc 9.6 kWh battery per branch
  • Seven branches, from Nan down to Phatthalung
  • Grid, solar and battery read in real time
7
Branches
5 kWp
Solar per branch
48 Vdc 9.6 kWh
Battery
Provincial Electricity Authority (PEA) — UPS across 870 branches
Nationwide, Thailand 2021 Utility

Provincial Electricity Authority (PEA) — UPS across 870 branches

UPS installed at 870 Provincial Electricity Authority branches nationwide, with a centralized monitoring portal grouped into 12 regions showing input, output, battery voltage and temperature for every site in one view.

  • UPS at 870 branches nationwide
  • Grouped into 12 regions, readable on one screen
  • Per-site input, output, battery voltage and temperature
  • Events flagged by severity level
870
Branches
12
Regions
Centralized portal
Monitoring

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