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End-to-End Energy Solutions

We don't sell hardware. We deliver energy outcomes.

From a Kathmandu family eliminating load shedding to a utility stabilising Nepal's national grid β€” Arsa Energy designs, supplies, and commissions complete energy storage systems at every scale. One partner, any project size.

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Home

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Business

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Factory

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Farm

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Grid

Why Energy Storage

Nepal's energy problems are real. So are our solutions.

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Frequent outages

Grid interruptions cost homes and businesses thousands every month in lost productivity, damaged equipment, and diesel fuel.

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Rising energy costs

NEA demand charges, grid dependency, and imported diesel inflate operating costs across every sector of Nepal's economy.

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Hydropower seasonality

Monsoon surplus goes to waste while the dry season forces expensive imports β€” a gap storage is uniquely positioned to close.

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Diesel-powered agriculture

Irrigation pump sets across the Terai consume millions of litres of diesel each season, squeezing farm margins thin.

Solutions by Scale

Your scale. Your challenge. Our solution.

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Residential

3 kWp solar Β· 5–20 kWh storage

Residential Challenge

Residential Energy Storage

Nepals Kathmandu Valley, Pokhara, and mid-hill towns still experience 4–10 hours of unplanned outages during peak season. A rooftop solar + LFP battery system eliminates generator dependency, cuts mon…

NPR 5–12 lakh

Typical System Cost

NPR 8,000–18,000

Monthly Savings

4–6 years

Payback Period

View SolutionGet a quote β†’

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Commercial

20–500 kWh Β· up to 500 kW inverter

Commercial Challenge

Commercial Energy Storage

Hotels, hospitals, schools, retail centres, and office complexes in Nepal face the double burden of unreliable grid supply and expensive diesel backup. A commercial BESS (Battery Energy Storage System…

NPR 40 lakh – 2 crore

Typical System Cost

NPR 80,000–3,00,000

Monthly Savings

3–5 years

Payback Period

View SolutionGet a quote β†’

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Industrial

100 kWh – 5 MWh Β· 100 kW – 2 MW

Industrial Challenge

Industrial Energy Storage

Nepal's industrial corridor β€” Birgunj, Hetauda, Butwal, Dhangadhi β€” loses an estimated 15–25% of productive output annually to power interruptions and voltage events. Industrial BESS from Arsa Energy …

NPR 1–8 crore

Typical System Cost

NPR 2–10 lakh

Monthly Savings

4–6 years

Payback Period

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Agricultural

5–200 kWh Β· cooperative & individual

Agricultural Challenge

Agricultural & Rural Energy Storage

Nepal's agricultural Terai runs on diesel β€” an expensive, polluting, and fragile fuel chain that keeps farming costs high and limits productivity. Arsa Energy designs solar irrigation microgrids and r…

NPR 15–80 lakh (pre-subsidy)

Typical System Cost

30–50% of capital cost

AEPC Subsidy

NPR 1–5 lakh (per cooperative)

Monthly Diesel Savings

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Utility-Scale

10 MWh – 100+ MWh Β· MW-class PCS

Utility-Scale Challenge

Utility-Scale Battery Storage

Nepal's hydropower-rich grid faces a fundamental paradox: monsoon surplus and dry-season deficit, with limited cross-border export capacity. Utility-scale BESS (10 MWh – 100+ MWh) enables NEA and inde…

10–500 MWh

System Scale

USD 180–250/kWh (at scale)

Capital Cost

Ancillary services, arbitrage, capacity

Revenue Streams

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Our Approach

End-to-end. Every project.

We don't just drop off equipment. We design, engineer, commission, and support every system we build β€” from the first site visit to year 20 of operation.

01

Site & Load Assessment

We audit your energy consumption, grid connection quality, and infrastructure before recommending anything.

02

System Design

Our engineers size the solar array, battery, and inverter to your exact load profile, outage tolerance, and economics.

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Supply & Installation

All equipment is sourced under the Arsa Energy brand or our Hithium partnership β€” installed by certified technicians.

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Commissioning & Monitoring

Every system goes live with remote monitoring, 24/7 alerts, and performance guarantees. We stay on call.

What Powers Our Solutions

Two battery chemistries. Every application covered.

We select Lithium-Ion (LFP) or Sodium-Ion depending on your duty cycle, climate, and lifetime cost requirements β€” then integrate everything under one system.

Lithium-Ion (LFP)

Hithium ∞Power β€” 5 kWh to 55 MWh

Best for residential, C&I, and long-duration utility

6,000+ cycle life β€” 15+ years of service

2h, 4h, and 8h duration configurations

95%+ round-trip efficiency at scale

Sodium-Ion (Na-ion)

Hithium ∞Cell N162Ah β€” World First

Ideal for frequency regulation and high-cycle duty

20,000+ cycle life β€” lowest lifetime cost per cycle

Operates from βˆ’40Β°C to +60Β°C

No lithium, cobalt, or critical mineral dependency

Li+Na

Hybrid Systems

LFP base for endurance + Na-ion peak for millisecond-level grid response.

Tell us your challenge.

Whether you're a homeowner tired of outages or a utility planning grid storage β€” our engineers will design the right system and walk you through the economics. No obligation.

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