Sunriver SAJ Solar Inverter & ESS Selector

Solar Inverter Selection, Simplified.

Compare SAJ on‑grid, hybrid, and all‑in‑one storage systems by application—not model numbers.

Grid‑Tied Solar

Start here when the project is about export, yield, and monitoring.

Compare on‑grid inverters by AC power, phase type, MPPT count, and communication options. The family pages below help shortlist by project scale before you open individual product datasheets.

  • R5 Series: 0.7–12kW, single‑phase and three‑phase, compact residential.
  • R6 Series: 15–50kW, three‑phase commercial rooftop.
  • C6 Series: 75–125kW, C&I projects with multi‑MPPT config.
FamiliesR5 / R6 / C6
AC Power Range0.7kW – 125kW
Explore On‑grid
Battery‑Ready Solar

Start here when storage, backup, or TOU strategy is part of the scope.

Compare hybrid inverters by AC power, battery voltage range, phase type, and communication. The H1 and H2 families cover single‑phase, three‑phase, and low‑voltage battery contexts.

  • H1 Series: 3–6kW single‑phase, entry hybrid / double‑power AC output.
  • H2 Series: 3–30kW, single‑phase and three‑phase, UPS‑class backup.
  • H2 LV: 5–12kW, low‑voltage battery single‑phase for cost‑sensitive retrofits.
FamiliesH1 / H2 / H2 LV
AC Power Range3kW – 30kW
PVInput
HybridRouter
GridAC
BatterieStorage
LoadsBackup
Explore Hybrid
Packaged Storage

Start here when the buyer wants one coordinated storage platform.

Compare all‑in‑one ESS products that integrate inverter, battery, and energy management in a single enclosure. HS2 and HS3 cover residential and light commercial; CHS2 supports C&I storage planning.

  • HS2 Series: 3–10kW, single and three‑phase all‑in‑one residential ESS.
  • HS3 Series: 3–12kW, single and three‑phase newer all‑in‑one platform.
  • CHS2 Series: 30–50kW, C&I all‑in‑one hybrid ESS.
FamiliesHS2 / HS3 / CHS2
AC Power Range3kW – 50kW
Explore ESS
Monitoring & Control

Start here when the system needs deeper visibility or accessory matching.

Compare monitoring accessories, data collectors, and energy management devices that connect to SAJ inverter families for commissioning, remote visibility, and fleet management.

  • eSolar Platform: Cloud‑based monitoring portal and mobile app.
  • eManager: Local energy management and export control device.
  • Communication: Wi‑Fi keys, data loggers, Modbus adapters.
Accessory TypesMeters / Keys / Loggers
ProtocolsModbus, Wi‑Fi, GPRS, LAN
Online
Export control Active
Signal health Ready
Explore Accessories
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Onduleur triphasé connecté au réseau C6-75k~125k
Onduleur raccordé au réseau

Onduleur triphasé connecté au réseau C6-75k~125k

Alimentation CA 75 kW - 125 kW
Type Onduleur photovoltaïque / Onduleur raccordé au réseau
Phases 3
Suivi MPP 6 – 12
View Details →
CHS2-30k~50k Système de stockage d'énergie triphasé tout-en-un
Energy Storage

CHS2-30k~50k Système de stockage d'énergie triphasé tout-en-un

Alimentation CA 29,9 kW - 50 kW
Type Système hybride de stockage d'énergie « tout-en-un »
Phases 3
Suivi MPP 4 – 6 (model-dependent)
View Details →
Onduleur hybride monophasé H1-3k~6k
Onduleur hybride

Onduleur hybride monophasé H1-3k~6k

Alimentation CA 3 kW - 6 kW
Type Onduleur hybride
Phases 1
Suivi MPP 2
View Details →
Onduleur hybride triphasé H2-10k~30k
Onduleur hybride

Onduleur hybride triphasé H2-10k~30k

Alimentation CA 10 kW - 30 kW
Type Onduleur hybride
Phases 3
Suivi MPP 2 – 3 (model-dependent)
View Details →
Onduleur hybride monophasé H2-3k~6k
Onduleur hybride

Onduleur hybride monophasé H2-3k~6k

Alimentation CA 3 kW - 6 kW
Type Onduleur hybride
Phases 1
Suivi MPP 2
View Details →
Onduleur hybride triphasé H2-5k~10k
Onduleur hybride

Onduleur hybride triphasé H2-5k~10k

Alimentation CA 5 kW - 10 kW
Type Onduleur hybride
Phases 3
Suivi MPP 2
View Details →
Onduleur hybride monophasé basse tension H2-5k~12k
Onduleur hybride

Onduleur hybride monophasé basse tension H2-5k~12k

Alimentation CA 5 kW - 12 kW
Type Onduleur hybride
Phases 1
Suivi MPP 2
View Details →
HS2-3k~6k Système de stockage d'énergie monophasé tout-en-un
Energy Storage

HS2-3k~6k Système de stockage d'énergie monophasé tout-en-un

Alimentation CA 3 kW - 6 kW
Type Système hybride de stockage d'énergie « tout-en-un »
Phases 1
Suivi MPP 2
View Details →
HS2-5k~10k Système de stockage d'énergie triphasé tout-en-un
Energy Storage

HS2-5k~10k Système de stockage d'énergie triphasé tout-en-un

Alimentation CA 5 kW - 10 kW
Type Système hybride de stockage d'énergie « tout-en-un »
Phases 3
Suivi MPP 2
View Details →
HS3-3k~4k Système de stockage d'énergie triphasé tout-en-un
Energy Storage

HS3-3k~4k Système de stockage d'énergie triphasé tout-en-un

Alimentation CA 3 kW - 4 kW
Type Système hybride de stockage d'énergie « tout-en-un »
Phases 2
Suivi MPP 2
View Details →
HS3-3k~6k Système de stockage d'énergie monophasé tout-en-un
Energy Storage

HS3-3k~6k Système de stockage d'énergie monophasé tout-en-un

Alimentation CA 3 kW - 6 kW
Type Système hybride de stockage d'énergie « tout-en-un »
Phases 1
Suivi MPP 2
View Details →
HS3-5k~12k Système de stockage d'énergie triphasé tout-en-un
Energy Storage

HS3-5k~12k Système de stockage d'énergie triphasé tout-en-un

Alimentation CA 5 kW - 12 kW
Type Système hybride de stockage d'énergie « tout-en-un »
Phases 3
Suivi MPP 2
View Details →
Onduleur monophasé raccordé au réseau R5-0,7 k~3 k
Onduleur raccordé au réseau

Onduleur monophasé raccordé au réseau R5-0,7 k~3 k

Alimentation CA 0,7 kW - 3 kW
Type Onduleur photovoltaïque / Onduleur raccordé au réseau
Phases 1
Suivi MPP 1
View Details →
Onduleur triphasé raccordé au réseau R5-3k~12k
Onduleur raccordé au réseau

Onduleur triphasé raccordé au réseau R5-3k~12k

Alimentation CA 3 kW - 12 kW
Type Onduleur photovoltaïque / Onduleur raccordé au réseau
Phases 3
Suivi MPP 2
View Details →
Onduleur monophasé raccordé au réseau R5-3k~8k
Onduleur raccordé au réseau

Onduleur monophasé raccordé au réseau R5-3k~8k

Alimentation CA 3 kW – 8 kW
Type Onduleur raccordé au réseau / Onduleur photovoltaïque
Phases 2
Suivi MPP 2
View Details →
Onduleur triphasé raccordé au réseau R6-15k~25k
Onduleur raccordé au réseau

Onduleur triphasé raccordé au réseau R6-15k~25k

Alimentation CA 15 kW - 25 kW
Type Onduleur photovoltaïque / Onduleur raccordé au réseau
Phases 3
Suivi MPP 2
View Details →
Onduleur triphasé raccordé au réseau R6-25k~50k
Onduleur raccordé au réseau

Onduleur triphasé raccordé au réseau R6-25k~50k

Alimentation CA 25 kW - 50 kW
Type Onduleur photovoltaïque / Onduleur raccordé au réseau
Phases 3
Suivi MPP 3 - 4
View Details →
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Procurement Decision Guide

How to choose the right solar inverter family

Answer‑first guidance for distributors, installers, and project teams moving from a product shortlist toward a procurement decision.

Decision Topics

Six questions to help you pick the right family before opening datasheets.

When should buyers start with on‑grid inverters?

Buyers should start with on‑grid inverters when the project is primarily grid‑tied solar generation without battery storage or backup requirements. The on‑grid family is the simplest procurement path for PV export, yield monitoring, and grid‑code compliance. Sunriver organises the on‑grid portfolio around R5 (0.7–12kW, single and three‑phase residential), R6 (15–50kW, commercial rooftop), and C6 (75–125kW, C&I).

If the project brief includes batteries, backup switching, time‑of‑use strategy, or self‑consumption control, the hybrid and all‑in‑one ESS pages are a better starting point. For document or compatibility questions before selecting a model, use the FAQ and resource page.

When does hybrid make more sense than on‑grid?

A hybrid inverter is the better choice when the buyer needs both solar generation and battery integration in one system. Hybrid inverters support self‑consumption control, backup‑ready design, and time‑of‑use optimisation that on‑grid inverters do not provide.

Sunriver’s H1 (3–6kW single‑phase) and H2 (3–30kW single and three‑phase) families cover the standard residential and light commercial hybrid range, while H2 LV (5–12kW) serves low‑voltage battery retrofits. If the buyer already has a battery system and only needs inverter matching, start with the hybrid inverter family page. If the buyer wants a packaged inverter and storage cabinet, compare the all‑in‑one ESS page.

When is all‑in‑one ESS the cleaner procurement path?

All‑in‑one energy storage systems bundle inverter, battery, and energy management into a single platform. This is the cleaner procurement path when the buyer wants one coordinated storage package rather than sourcing an inverter and battery separately.

Sunriver’s HS2 (3–10kW) and HS3 (3–12kW) cover residential and light commercial, while CHS2 (30–50kW) serves C&I storage planning. The all‑in‑one route reduces compatibility checks, wiring complexity, and commissioning time compared to a separate inverter‑plus‑battery combination. Buyers who need to pair batteries with an existing inverter family should check the ESS family overview before opening individual product datasheets.

What should buyers prepare before requesting a quote?

Before requesting a quote, buyers should prepare the project type (on‑grid, hybrid, or storage), target AC power range, phase type, grid voltage and frequency, battery and backup requirements if applicable, and any documentation or certification needs.

A clear project brief helps Sunriver confirm the recommended series and model range before formal quotation. Buyers should also note whether the inquiry is for a single‑unit sample, a trial order, or a regular procurement volume. The FAQ and resource page provides datasheets, manuals, and the documentation library for each family.

What details change the recommended model range?

Several project details can shift the recommended model range: total installed DC capacity, the number and configuration of PV strings, roof orientation or shading complexity affecting MPPT count, local grid‑code requirements (VDE‑AR‑N 4105/4110, G98/G99, EN 50549, or regional equivalents), ambient temperature range and altitude, and any backup or EPS load requirement that influences hybrid or ESS selection.

Buyers should share these specifics during inquiry so the Sunriver team can narrow the model recommendation rather than listing every product in a family. For detailed technical comparison, visit the individual product pages or the FAQ and download library.

When should buyers use FAQ and resources instead of choosing a model?

Buyers should use the FAQ and resource page when the question is about documentation, compatibility, grid‑code references, warranty terms, or installation support materials rather than about comparing specific product models. The FAQ and download library is the fastest route for datasheets, manuals, and general procurement FAQs.

If a buyer already knows the family but cannot decide between two models, opening both individual product pages and using the product archive to compare is a better use of time than browsing general FAQ content. For project‑specific questions that involve multiple families or unique site conditions, contact the Sunriver team directly.

SAJ DAH Solar Ulica Solar MaximalEnergie TW Solar
Portfolio ecosystem Documentation‑led review Partner procurement support
Sunriver supports solar inverter and storage projects with practical documentation, responsive procurement coordination, and a clear path from product shortlist to quotation.

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