ENERGYPOD GENSET
PLN Dedieselisation Ready

Power
Every Village.
End Diesel.

Containerized Solar + Battery + Grid-Forming PCS — a standardized hybrid microgrid deployable in under 60 days, built for Indonesia's 5,200 remote diesel sites.

View Product Tiers → PLTD Drop-In Solution
99%+
Target Uptime SLA
70%
Diesel Runtime Reduction
5,200
PLTD Sites Needing Conversion
<60d
Demo Deployment Target
The Challenge
Indonesia's Diesel Problem
Is Massive — And Solvable
2,130
isolated diesel locations burning expensive imported fuel — many still without 24-hour power.
Rp 722B
annual fuel savings projected from full EBT conversion of PLN's PLTD fleet.
132K ton CO₂
annual emissions reduction potential from the dedieselisation program.
⚡
Unreliable Supply
Many remote communities get only 8–12 hours of power per day. Diesel shortages cause blackouts that cripple economic activity and basic services.
💸
Ballooning OPEX
PLN subsidizes diesel for 5,200 isolated PLTD units. As global fuel prices fluctuate, the subsidy burden spirals — crowding out grid investment.
🏗️
One-Off Projects Don't Scale
Custom-engineered solar projects mean unique procurement, unique specs, unique O&M for every site. Replication across 2,000+ locations is broken.
🌡️
Tropical Conditions Destroy Systems
Batteries and electronics built for temperate climates degrade rapidly at 35–45°C. Most imported solutions are not engineered for Indonesia's reality.
Our Approach
Why EnergyPOD Works
Where Others Fail
01
🔌
Grid-Forming Stability
Battery-led PCS forms stable voltage and frequency in islanded mode. Black-start capability — the grid just works with zero diesel dependency.
02
🌡️
Tropical-First Engineering
Engineered for 35–45°C: dedicated HVAC zoning, dust protection, and LFP thermal management designed to preserve battery life in Indonesian conditions.
03
📦
Standardized SKU Model
Factory-built, FAT/SAT-tested containers. One approved spec across hundreds of sites. PLN procurement processes it as a catalog item — not a custom project.
04
📡
O&M SaaS Built In
Remote monitoring and O&M packaged under an SLA. Stakeholders budget operations predictably — not via emergency diesel runs and ad-hoc repairs.
05
🔄
Drop-In Hybridization
Add Solar + BESS + Grid-forming PCS to any existing diesel system. Shift 70% of load to free solar immediately — diesel stays only as backup.
06
🔗
Scale by Replication
2–6 pods in parallel with coordinated EMS for larger loads. Modular expansion without redesign. One failure never takes down the whole community.
Product Tiers
Standardized SKUs for
Repeat Procurement

Three sizes. One playbook. Same specs, same FAT/SAT protocol, same O&M structure — whether you deploy 1 pod or 100.

Tier 1
EnergyPOD Community
Villages, schools, clinics, markets, remote islands — the core of rural electrification.
Target Load75–125 kW
Solar PV40–80 kWp
BESS (LFP)300–600 kWh
PCS100–150 kW
Backup60–100 kVA (opt.)
Container1× 20-ft HC
Request Specs →
Most Deployed
Tier 2
EnergyPOD Industrial
Telecom hubs, mining support, ports, estates — higher peaks and mission-critical reliability.
Target Load150–300 kW
Solar PV80–200 kWp
BESS (LFP)600–1,200 kWh
PCS200–300 kW
Backup150–300 kVA (N+1)
Container1–2× 20-ft
Request Specs →
Tier 3
EnergyPOD Cluster
Multi-pod deployments — 2 to 6 pods in parallel with coordinated EMS for PLN program contracts.
Configuration2–6 Pods
PV FieldScaled (100s kWp)
BatteryDistributed
ControlCoordinated EMS
RedundancyNo Single Failure Point
Digital ModuleComputePOD (opt.)
Request Specs →
PLTD Optimisation
Drop-In Hybrid for
Existing Diesel Grids
⚡ EnergyPOD Hybrid Architecture
☀️
Solar PV Array
Primary source — zero fuel cost during daylight hours
Primary
⚡
LFP BESS + Grid-Forming PCS
Stores solar energy, forms stable grid, runs overnight & peaks
Always On
🏭
Existing PLTD Genset
Retained — runs only when battery reaches reserve threshold
Backup Only
🏘️
Community Load
Stable 24/7 power — same reliability as national grid
24/7

No rip-and-replace. Add EnergyPOD to any existing PLTD and immediately shift 70% of generation to free solar — with full PLN operational continuity.

No Rip-and-Replace Risk
Diesel stays in place as backup. PLN's supply continuity is fully protected while transitioning to renewables.
Standard SKU → Repeat Procurement
One approved spec, deployed across hundreds of PLTD sites. PLN procurement processes it as a catalog item — not a unique engineering contract.
Data-Driven OPEX Planning
Live monitoring tracks diesel savings, uptime, and PV generation — giving PLN and ESDM auditable performance data for program scale-up.
Rp 722B Annual Savings Potential
ESDM's own fuel saving projection. EnergyPOD's standardized approach is what makes capturing this at scale economically viable.
Demo Pod 001
Proving It Before Scaling It

A live reference asset deployed in under 60 days — every KPI documented, every failure mode tested, every system validated before scale procurement begins.

🔌
Islanded Operation
Full grid-forming stability in off-grid mode, no utility connection
🔄
Black-Start
Full system restart from zero — no external power source needed
⛽
Diesel Reduction
Measured fuel savings vs. diesel-only baseline, fully documented
🌡️
Thermal Strategy
Battery longevity validated at 35–45°C sustained ambient heat
📦 Demo Pod 001 — Reference Stack
Solar PV20–40 kWp
BESS (LFP)200–300 kWh
PCS (Grid-Forming)50–100 kW
Backup Genset30–50 kVA (optional)
Container20-ft High Cube
MonitoringLocal HMI + Remote Gateway
Deployment Target< 60 Days
FAT/SAT DocsFull Package
The Demo Pod generates replicable, auditable operational data — the foundation for PLN/ESDM procurement approval and EPC partnership at scale.
Let's Collaborate

Ready to
Decarbonise
Remote Power?

Whether you're PLN, ESDM, a provincial government, EPC contractor, or technology partner — let's talk specs, deployment, and a sustainable O&M model.

WhatsApp: +62 819-0812-1255 ✉ info@energypod.id