WHES

IA-30kW/100kWh-EC10

Industrial & CommercialAC Block

Updated Aug 15, 2026

Industrial & CommercialAC BlockUpdated Aug 15, 2026

WHES IA-30kW/100kWh-EC10 is an LFP battery energy storage system for commercial and industrial use, supplied as an AC block with 100.35 kWh nominal energy. It uses air cooling and 280 Ah prismatic cells. The system weighs 1.13 tonnes (2,491 lb) and has a 150 to 800 V DC window.

Use Cases

Use behind the meter is consistent with the specifications of WHES IA-30kW/100kWh-EC10. It falls within the commercial and industrial class by energy capacity, connects at 380 V, a low-voltage AC connection, and is certified to low-voltage grid connection rules (EN 50549-1, VDE-AR-N 4105, CEI 0-21, NRS 097-2-1).

Capabilities

A calculated duration of about 3.34 h at full power from 100.35 kWh and 30 kW makes WHES IA-30kW/100kWh-EC10 a candidate for capacity value, being counted on as supply when the network is tight. Its AC block includes the inverter and points to renewable colocation, sitting next to a wind or solar plant and sharing its grid connection.

Nominal energy

0.1MWh

Rated AC power

0.03MW

What does this system typically cost?

BESSBASE.com user price estimates for IA-30kW/100kWh-EC10 by WHES and similar storage systems. The ranges are LDP (Landed Duty Paid) prices per kWh that cover all expenses of delivering the goods to the buyer's premises, including production, shipping, sales margins, and import duties.

Sign up to see and submit price estimates.

BESSBASE.com users can privately compare and submit prices for IA-30kW/100kWh-EC10 by WHES and similar systems across 20+ international markets.

Energy & Power

Nominal energy
0.1MWh
Rated AC power
0.03MW

Architecture

Installation
Outdoor-capable

DC Side

DC voltage range
150 – 800 V

AC Side

AC voltage
380 V
AC voltage parameters
3/N/PE
AC voltage range
304 - 460 V
Rated AC current
91.2 A , 45.6 A
Grid frequency
50 Hz / 60 Hz

Physical & Footprint

Dimensions (W × D × H)
1,070 × 1,150 × 2,250mm
Weight
1.13t

Battery Cells

Chemistry
LFP
Cell capacity
280 Ah
Cell format
Prismatic
Cell supplier
CATL

Lifespan

Cycle life
8,000 cycles

Protection

Enclosure protection
IP55IP66
Corrosion protection
C5
Fire & safety
Smoke Detector, Heat Detector, Alarm Sounder, Aersol, Sprinkler

Full Specification Sheet

Members

The rest of this spec sheet is for members

3 more specification blocks on this product. Create a free account to see every field on every product.

You stay on this page — it fills in as soon as you are signed in.

Plant Round-Trip Efficiency

Duration
energy ÷ power 3.33 h
0.3C
—
State of health
new system
as-new
—
DC block
typical @3.3 h
round trip @ 3.3 h
94 %
PCS (DC/AC)
typical default
each way
97.02 %
Transformer LV/MV
typical default
each way
98.01 %
Transformer MV/HV
typical default
each way
98.01 %
Cables (all segments)
typical default
each way
98.8 %
Auxiliary power (plant's own consumption)
typical default
−4.3 pts
Plant Round-Trip Efficiency at the Point of Interconnection
82.2 %
40 %100 %
1.216MWh charged for every 1 MWh discharged
Both measured at the grid connection point. The plant's own power use is already included in the losses.

The calculator estimates the full "plant" round-trip efficiency (RTE) at the point of interconnection. Some values are pre-blocked depending on information on a particular ESS. The rows that are marked "each way" are one-way efficiencies; they are applied on charge and again on discharge. We then square them. To enter a bundled PCS efficiency value, use its rated-power value, not peak. If the PCS skid already includes the LV/MV transformer, set Transformer LV/MV to 100 % so those losses are not counted twice.

Site Space Required

single unit clearance 3 m / side
50.6m² total site area · 1 × 1
544 ft²0.0051 ha0.012 acres505.5 m² / MWh5,441 ft² / MWh
Unit W × D
1.07 × 1.15 m
3.51 × 3.77 ft
Site envelope
7.07 × 7.15 m
23.2 × 23.46 ft
Per unit
50.6 m²
Installed energy
0.1 MWh
1 × nameplate
Units1
Per row1
Clearance between unitsShared

Shared: one 3 m aisle serves both neighbours. Dedicated: each unit keeps its own 3 m, so gaps double to 6 m.

Clearance allowance
6m per axis · 3 m per side
19.69 ft per axis · 9.84 ft per side

Single unit — matches the stored area_sqm convention.

More WHES Systems

15
CompareLogoVendorSystemEnergyPowerDurationBattery CellOpen
WHES
IA-1488kW/2980kWh-DA10AC Block · 20 ft container
2.98MWh1.49MWAC4hflexLFP280 Ah · Prismatic
WHES
IA-744 kW/2980 kWh-DA10AC Block · 20 ft container
2.98MWh0.74MWAC4hflexLFP280 Ah · Prismatic
WHES
IA-1302 kW/2600kWh-DA10AC Block · 20 ft container
2.61MWh1.3MWAC4hflexLFP280 Ah · Prismatic
WHES
IA-1116 kW/2230kWh-DA10AC Block · 20 ft container
2.24MWh1.12MWAC4hflexLFP280 Ah · Prismatic
WHES
IA-930 kW/1860kWh-DA10AC Block · 20 ft container
1.86MWh0.93MWAC4hflexLFP280 Ah · Prismatic
WHES
IA-744 kW/1490kWh-DA10AC Block · 20 ft container
1.49MWh0.74MWAC4hflexLFP280 Ah · Prismatic
WHES
IA-125kW/500kWhAC Block · cabinet
0.5MWh0.13MWAC2–8hflexLFP306 Ah · Prismatic
WHES
IA-62.5kW/500kWhAC Block · cabinet
0.5MWh0.06MWAC2–8hflexLFP306 Ah · Prismatic
WHES
IA-187kW/500kWhAC Block · cabinet
0.5MWh0.19MWAC2–8hflexLFP306 Ah · Prismatic
WHES
IA-250kW/500kWhAC Block · cabinet
0.5MWh0.25MWAC2–8hflexLFP306 Ah · Prismatic
WHES
WH-TIANWU-100-233BAC Block · cabinet
0.23MWh0.1MWAC—LFP280 Ah · Prismatic
WHES
IA-30kW/100kWh-EC10AC Block · cabinet
0.1MWh0.03MWAC—LFP280 Ah · Prismatic

About the Vendor

WHESTier-1Private Company

WHES is based in Wuxi, China, with European headquarters in Amsterdam and regional hubs in Serbia and Melbourne. It has more than 16 years of R&D in battery energy storage, has delivered more than 800 projects in over 50 countries across residential, commercial and industrial, and utility-scale markets, and pairs CATL battery modules with its WHES OS energy management platform.

Production scale0.2-1 GWh
Company sizeLarge (1000-10000)
Vertical integrationMedium
BankabilityNeutral

How to Read the Product Page

This profile of IA-30kW/100kWh-EC10 by WHES is assembled exclusively from public data to support early-stage screening and requires additional due diligence.

Always confirm these terms and technical specifications directly with the vendor and project stakeholders. Reflect all agreed-upon details in the legal agreements before making any investment decisions.

BESSBASE.COM

Your trusted database of battery energy storage systems

© 2026 BESSBASE.com. All rights reserved.