Description
What It Is
Hybsun 6USH2200-50-35H hybrid solar well pump — the medium-depth AC/DC hybrid pump in the Hybsun range
The Hybsun 6USH2200-50-35H hybrid solar well pump fills the middle ground in the Hybsun range.
It handles wells that are too deep for a simple shallow-well pump — but not deep enough to need the heavy industrial deep-well hardware.
Typical use cases in Cyprus include interior farmland wells drilled 25 to 45 metres deep, small village water systems, greenhouse operations, agritourism properties, and small commercial supply.
The pump has enough reach to tap a productive aquifer, but doesn’t require the 11 kW three-phase power a bigger pump would need.
The controller switches between solar and mains automatically. No user action needed.
For Cyprus buyers, the Hybsun 6USH2200-50-35H hybrid solar well pump covers the biggest chunk of the farm-and-village pump market — Nicosia plain, inner Larnaca, Paphos foothills, and Limassol interior.
Stainless Steel Construction
Stainless steel construction — built for Cyprus water chemistry
The Hybsun 6USH2200-50-35H hybrid solar well pump is made from stainless steel. This matters more than it might sound, especially at the higher pressures a 50 m pump generates. Cyprus mid-depth well water isn’t always clean. Wells 25-45 m deep tap into aquifers with elevated mineral content — calcium, magnesium, sometimes iron from surrounding rock.
Stainless steel handles the chemistry and the pressure without wearing down.
Cheaper mid-range pumps use plastic impellers — those wear faster against suspended solids and mineral scaling. Mixed-metal pumps corrode faster in high-mineral water.
Stainless steel holds up across multiple seasons — which is why the Hybsun 6USH2200-50-35H hybrid solar well pump is built with it.
2.2 kW AC/DC motor — built for continuous mid-range duty
The Hybsun 6USH2200-50-35H hybrid solar well pump uses a 2,200 W motor. It accepts either DC power from a solar panel array or AC power from the mains — through the same matched controller.
Why this matters practically:
During the day, the controller runs the pump directly from your solar panels. This is the most efficient path — no conversion losses. At night, or when the sky is overcast, the controller switches to AC mains from your household or farm supply. The pump keeps running on either source. You never touch anything. The motor sits inside a sealed stainless steel housing. It cools itself using the water it pumps, so it must always be submerged. Never run it dry. The controller’s dry-run protection handles that automatically if the well level drops.
The Hybsun 6USH2200-50-35H hybrid solar well pump is a 6-inch series model. It fits inside boreholes of 6-inch (DN150) diameter or larger — the standard size for Cyprus medium-depth agricultural wells.
AC/DC hybrid controller — matched to the pump
The Hybsun 6USH2200-50-35H hybrid solar well pump ships with its matched AC/DC hybrid controller — a wall-mountable unit that sits between your panels, your AC mains, and the pump. The controller on the Hybsun 6USH2200-50-35H hybrid solar well pump does two main jobs.
DC side: takes power from the solar panels, tracks the point where the array delivers the most output (MPP tracking), and passes it to the motor.
AC side: accepts mains input for night operation or backup.
Specific voltage numbers are in the panel sizing section further down.
The controller switches sources automatically:
- Enough sunlight → solar wins
- Not enough sunlight → mains kicks in
- Overcast, dawn, dusk, or night → mains fills the gap
You never manually flip anything. The controller ships paired to this exact pump. No field configuration, no compatibility check. Plug in the panels. Connect the AC mains. Connect the pump cable. Switch on.
AC/DC hybrid — the practical middle ground
Pure solar-only works — but only when the sun is up. Pure grid-only works too — but you pay for every kWh.
The Hybsun 6USH2200-50-35H hybrid solar well pump gives you both. During the day, the pump runs on solar. You pay nothing for that energy. When you need water at night — or during heavy overcast — the mains takes over automatically. No batteries needed to bridge the gap. Your mains supply already does that job. Financially, this is the sweet spot for a 2.2 kW pump. A battery-backed off-grid setup would need 8-15 kWh of storage for night operation — that’s €2,500-€6,000 in batteries alone. The hybrid design skips all of that. Use the mains you already have.
Built-in protection
Soft start (no inrush current damage to the motor), dry-run protection (pump stops if there’s no water, auto-restarts 30 minutes later), over-voltage, under-voltage, over-current, overload, phase-loss, high working temperature protection, and adjustable speed (frequency conversion). The controller automatically starts and stops the pump based on solar conditions. For boreholes subject to occasional dry-out, the automated retry function removes the manual reset trip — the pump tests the well itself every 30 minutes.
Unboxing & First Look
See the Hybsun 6USH2200-50-35H hybrid solar well pump unboxed
The Hybsun USH AC/DC submersible solar well pump kit is in a wooden box with the pump, the DC solar controller, and accessories. Here’s an unboxing walkthrough showing what’s in the box and how the kit goes together:
Video by Hybsun showing the standard submersible solar well pump kit. The Hybsun 6USH2200-50-35H hybrid solar well pump ships in the same kit format with its model-specific pump.
Who Should Buy This
Who buys the Hybsun 6USH2200-50-35H hybrid solar well pump in Cyprus?
The Hybsun 6USH2200-50-35H hybrid solar well pump fits the biggest chunk of the Cyprus medium-depth pump market.
If your project matches one of these profiles, this is likely the right pump for you:
Nicosia plain & Mesaoria farmland irrigation
Interior farmland wells for potatoes, citrus, olives, and mixed vegetables. Water sits 25-45 m below the surface. The pump delivers 20-25 m³/h at rated depths — enough for several hectares of drip irrigation. Mains backup covers evening tank refills.
Village & small commercial water supply
Small villages, agritourism properties, boutique hotels, and small commercial sites. Daily demand of 30-100 m³ from a 25-40 m well is the pump's sweet spot. Hybrid backup keeps water flowing reliably through the year.
Greenhouse operations on deeper wells
Greenhouse complexes on wells 25-40 m deep, common across inner Larnaca, Paphos foothills, and Limassol interior. Solar covers most of the daytime cycle. AC mains handles evening tank refills and early-morning irrigation.
Livestock & mixed-farm operations
Sheep, goat, and cattle operations with medium-depth wells. Drinking water, wash-down, and irrigation for fodder crops. The 20 m³/h rated flow at 27 m depth handles 200-800 head comfortably, with mains backup for peak summer demand.
Hybsun makes several other pump models for different operating profiles. If the 6USH2200-50-35H doesn’t match your project, one of these might:
Hybsun 6US1500-20/42E (solar only, shallow wells) — 1.5 kW · DC solar direct · 42 m³/h · 20 m head · 3" outlet · stainless steel · for shallow farmland wells and surface water sources
Hybsun 6SCSH17/5-3 (larger commercial hybrid) — 3 kW · AC/DC hybrid · 24 m³/h · 55 m head · 3" outlet · three-phase AC option · for larger commercial and industrial wells
Hybsun 4GPH5.5-120/38 (mid-tier) — 5.5 kW · 38 m³/h · 120 m head · 2" outlet · medium-commercial pumping
Hybsun 4UPH2200 (smaller mid-range) — 2.2 kW · 15 m³/h · 105 m head · plastic impeller · clean groundwater value pick
How many solar panels you need for Hybsun 6USH2200-50-35H hybrid solar well pump
Hybsun sets the minimum solar panel array at 1.3 × the pump’s power rating. For the Hybsun 6USH2200-50-35H hybrid solar well pump, that’s a minimum of 2,860 Wp — about 7-8 standard 400 W panels.
Most real installs go higher, to 3,600-4,800 Wp (9-12 panels). The extra panels give you margin against summer heat losses — panels typically lose 10-15% output in high heat. They also cover dust buildup between cleanings, and gradual panel aging across the 25-30 year service life.
How to wire the panels:
The controller works best with panel voltage between 300 and 430 V. Maximum accepted DC voltage is 430 V. With standard 400 W panels, eight in series gives you about 296 V running and 360 V open-circuit — comfortably inside the working range.n Nine in series gives about 333 V running and 405 V open-circuit — also fine. Ten or more panels per string starts approaching the 430 V ceiling and should be checked case-by-case. For larger arrays, wire multiple 8-panel strings in parallel into the controller.
Working flow at medium-depth operating heads
Hybsun publishes flow vs head data for the Hybsun 6USH2200-50-35H hybrid solar well pump from 35 m³/h at minimal head down to zero flow at the 50 m H.Max ceiling. The table below shows working flow at standard head intervals, transcribed from the published technical data.
|
Total dynamic head
|
Working flow rate
|
Daily output (6h solar)
|
Suitable for
|
|---|---|---|---|
|
5 m
|
~33 m³/h
|
~198 m³/day (solar)
~792 m³/day (24h hybrid) |
Very shallow lift
|
|
10 m
|
~30 m³/h
|
~180 m³/day (solar)
~720 m³/day (24h hybrid) |
Shallow well operation
|
|
15 m
|
~27 m³/h
|
~162 m³/day
~648 m³/day (24h hybrid) |
Shallow well operation
|
|
20 m
|
~24 m³/h
|
~144 m³/day (solar)
~576 m³/day (24h hybrid) |
Mid-shallow wells
|
|
25 m
|
~22 m³/h
|
~132 m³/day (solar)
~528 m³/day (24h hybrid) |
Common medium-depth wells
|
|
27 m
|
~20 m³/h
|
~120 m³/day (solar)
~480 m³/day (24h hybrid) |
Rated operating point (Q.Rated · H.Rated)
|
|
30 m
|
~18 m³/h
|
~108 m³/day (solar)
~432 m³/day (24h hybrid) |
Deeper mid-range wells
|
|
35 m
|
~14 m³/h
|
~84 m³/day (solar)
~336 m³/day (24h hybrid) |
Approaching deeper operation
|
|
40 m
|
~9 m³/h
|
~54 m³/day (solar)
~216 m³/day (24h hybrid) |
Deep — near upper working limit
|
|
45 m
|
~4 m³/h
|
~24 m³/day (solar)
~96 m³/day (24h hybrid) |
|
|
50 m
|
0 m³/h
|
minimal
|
H.Max — flow drops to zero (use 4GPH11-175 for deeper)
|
Total dynamic head” = static water level depth + pipe friction losses + vertical rise to your discharge tank. Pipe friction in the rising main adds roughly 5-10m to the effective head — the exact figure depends on pipe diameter, total run length, and number of fittings.
To translate flow rate into your specific water demand:
Field crop irrigation: a typical drip system needs 25-40 m³/day per hectare in peak summer. The 6USH2200 covers 3-5 hectares from a single medium-depth well at rated operating points.
Greenhouses on deeper wells: Cyprus greenhouses use 15-30 m³/day per 1,000 m². The 120-160 m³/day output at typical Nicosia plain depths covers several hectares of protected agriculture.
Village-scale water supply: a village of 100-250 residents uses 40-100 m³/day. Comfortably within daily solar output at typical rated depths, with mains backup for peak-demand periods.
Small hotel & agritourism: 5-40 room properties with garden and pool needs use 30-80 m³/day. Solar covers daytime demand, AC mains handles evening cycles.
For an exact sizing calculation, send CGP Solar your water level, expected drawdown, daily volume need, and any climb to storage. We’ll confirm the Hybsun 6USH2200-50-35H hybrid solar well pump is the right fit — or recommend a better-matching model from the Hybsun range.
What distinguishes the Hybsun 6USH2200-50-35H hybrid solar well pump from generic mid-range hybrid pumps
Stainless steel construction — not plastic
1. Stainless steel construction.
Many entry-level solar pumps use plastic impellers to cut cost. They work — until the water carries sand, organic matter, or salts. The Hybsun 6USH2200-50-35H hybrid solar well pump is built from stainless steel. Across real Cyprus conditions — mineral load, agricultural runoff, seasonal chemistry changes — stainless steel holds up across multiple growing seasons.
2. Works with standard equipment.
The controller’s voltage range matches standard 8-9 panel strings of common 400 W modules.
The AC input range (90-300 V) covers standard Cyprus household mains — no special electrical service needed.
Source your panels locally. Wire them up. Plug in the mains. Run the pump.
3. Free spare parts kit included.
Every Hybsun 6USH2200-50-35H hybrid solar well pump ships with a full spares package — the small wear parts (seals, washers, bushings, brushes) that eventually need replacing after years of duty.
Saves you a separate maintenance order down the line.
Built-in dry-run shutdown and over-voltage protection
The controller handles automated protection with no user input needed:
- Dry-run shutdown — if the well level drops below the pump
- Over-voltage protection — on the panel input (covers voltage swings between summer mornings and winter mid-days)
- Error detection — for wiring problems at startup
After a dry-run cutoff, the controller retries by itself once water level recovers. No manual reset needed.
Smooth solar start-up — no inrush, no grid stress
This matters more than it might sound. On conventional pumps, each start cycle drives a current spike, a shock through the impeller, and accelerated wear on bearings and seals. The Hybsun 6USH2200-50-35H hybrid solar well pump avoids that by design. The motor speeds up as the sun comes up, slows down as it goes down. Even the mains switchover is handled through the controller’s soft-start ramp — not a hard motor contact. No sudden power surges. No shock loads on the pump.
Dry-run protection for medium-depth wells
Medium-depth Cyprus wells have their own drawdown pattern. They tap into productive aquifer zones — but recharge more slowly than shallow surface sources. During July-August peak irrigation demand, sustained pumping can drop the water level past the pump intake — especially in dry years. The controller on the Hybsun 6USH2200-50-35H hybrid solar well pump monitors operating conditions continuously.
If the pump intake stops receiving water, power cuts immediately.
The controller then attempts restart on a timed cycle until water level recovers. No user input needed. No service call. No risk of pump damage from a temporary drawdown.
2,200 W AC/DC hybrid motor · runs on solar or mains
AC input 90-300 V — compatible with standard Cyprus mains supply
DC input 90-430 V · best MPPT voltage 300-430 V
Automatic source switching — solar priority, mains backup
Stainless steel construction · resists mineral load and agricultural water chemistry, seals the motor
3-inch outlet · rated 20 m³/h at 27 m operating point
Matched AC/DC controller with MPPT tracking
Built-in dry-run protection with automatic restart
Over-voltage and under-voltage protection on both DC and AC inputs
6-inch (DN150) minimum well diameter
Free spare parts package included with every unit
Product Specification Summary
|
Specifications
|
|
|---|---|
|
Identification
|
|
|
Model name
|
6USH2200-50-35H
|
|
Series
|
Hybsun 6USH Series
|
|
Product type
|
Submersible AC/DC hybrid pump · stainless steel impeller · medium-depth
|
|
Manufacturer
|
Hybsun
|
|
Motor
|
|
|
Motor type
|
AC/DC Brushless permanent-magnetic synchronous motor
|
|
Power
|
2.2 kW (2,200 W)
|
|
Bearings
|
NSK (Japanese-brand industrial bearings)
|
|
Mechanical seal
|
Alloy mechanical seal
|
|
Cooling
|
Oil cooling, AISI 304 SS external jacket
|
|
Motor frame
|
Stainless steel
|
|
Motor shaft
|
Stainless steel
|
|
Motor bearing bush
|
Graphite
|
|
Thrust bearing
|
Oscillation pads
|
|
Electrical
|
|
|
Rated voltage
|
AC 90-300 V
DC 90-430 V |
|
PV Best Vmp range
|
300-430 V
|
|
PV VOC
|
<430 V
|
|
PV Panel Power
|
≥ 2,860 Wp (1.3 × pump power)
|
|
Max input current
|
17 A
|
|
Hydraulic Performance
|
|
|
Max flow
|
35 m³/h
|
|
Max head
|
50 m
|
|
Mechanical
|
|
|
Outlet (inch)
|
3"
|
|
Built-in non-return valve
|
Yes (in delivery casing)
|
|
Material
|
Stainless steel
|
|
Min well diameter
|
6"
|
|
Water sealing
|
Double water seal · waterproof & leak-proof
|
|
Controller
|
|
|
Solar controller
|
AC/DC solar controller included
|
|
Controller IP rating
|
IP65 (waterproof)
|
|
Max. input current
|
17 A
|
|
MPPT tracking
|
Yes
|
|
Frequency conversion
|
Yes (auto and manual speed control)
|
|
Display
|
LED — shows power, voltage, current, motor speed
|
|
Soft start
|
Yes
|
|
Battery charging
|
Yes (automatic, optional battery)
|
|
Operating Conditions
|
|
|
Max liquid temperature
|
35°C
|
|
Max sand content
|
0.25%
|
|
Max immersion depth
|
80 m
|
|
Curve tolerance
|
ISO 9906
|
|
Protection Functions
|
|
|
Dry-running protection
|
Stops pump if no water; auto-restarts after 30 min
|
|
Over-voltage protection
|
Yes
|
|
Under-voltage protection
|
Yes
|
|
Over-current protection
|
Yes
|
|
Overload protection
|
Yes
|
|
Phase-loss protection
|
Yes
|
|
High-temperature protection
|
Yes
|
|
Compliance & Warranty
|
|
|
Certifications
|
CE · ISO 9001
|
|
Warranty
|
2 years
|
How CGP Solar installs the Hybsun 6USH2200-50-35H hybrid solar well pump
Installing the Hybsun 6USH2200-50-35H hybrid solar well pump takes 4-6 working days from start to finish.
The medium-depth deployment and dual-source (solar + mains) wiring add a bit of time vs a simple shallow-well solar setup. But it’s still much faster than larger industrial installs.
Stage 1 — site visit (1 day)
We measure your well depth, water level, and expected drawdown. We check the well diameter and the condition of the casing.
We verify your existing AC mains service is compatible — the standard 230 V Cyprus mains fits comfortably inside the controller’s 90-300 V input range, so no special electrical service is needed.
Then we plan the pipe route to your tank and pick a panel location with good sun exposure through the day.
Stage 2 — quote & ordering (3-5 days)
We size the panel array against your daily water demand and budget, then spec the rising main pipe.
We plan the controller mounting position and the dual-source wiring — one path from the panels, one from the AC mains.
Finally we confirm pump availability and place the order.
Stage 3 — installation (1 day on site)
We lower the pump into the well and assemble the rising main and mount the panels and complete the array installation — how long this takes depends on the size of the array. After we wire the controller, connect it to both the panels and the AC mains, then test the system under both power sources to confirm everything works correctly.
CGP Solar handles the whole job across Nicosia, Limassol, Paphos, Larnaca, and the Famagusta region.
Ready to put your medium-depth Cyprus well on solar with AC mains backup?
CGP Solar specifies, supplies and installs the Hybsun 4GPH5.5-120-38 hybrid well pump across all five Cyprus districts — Nicosia, Limassol, Paphos, Larnaca, and the Famagusta region.
Engagement scope: borehole survey with 4-inch casing verification, optional water-quality testing, PV array sizing against operational water demand, pump deployment on rising-main pipe with safety cable, AC mains coordination, and full system commissioning under both solar PV and 380V AC inputs.
Mid-tier commercial demand + bright Cyprus sunshine + Hybsun 4GPH5.5 = 24 m³/h on tap from your borehole, year after year.
Contact us today to schedule your personalised free consultation.
FAQ’s
Most asked questions
about Hybsun 6USH2200-50-35H hybrid solar well pump
Peak flow is 35 m³/h at almost zero lift. Flow drops as the pump works against more depth.
- At 10 m head: around 30 m³/h
- At 20 m: around 24 m³/h
- At the rated point of 27 m: 20 m³/h
- At 35 m: around 14 m³/h
- At 45 m: around 4 m³/h
- At the 50 m maximum: zero
Pick the pump by your actual total head (well depth + pipe losses + tank height) — not by the top figure on the box.
No. The Hybsun 6USH2200-50-35H hybrid solar well pump uses a wide-range AC input from 90 to 300 V.
That covers standard Cyprus single-phase household mains (230 V) — no special EAC service upgrade required.
If you need a larger commercial three-phase pump, see the 4GPH range.
The minimum is 2,860 Wp — that’s 7-8 standard 400 W panels.
Most real installs use 3,600-4,800 Wp (9-12 panels) for extra margin against summer heat losses and dust buildup.
The Hybsun 6USH2200-50-35H hybrid solar well pump has built-in dry-run protection.
If the well level drops below the pump and water flow stops, the controller cuts power before anything is damaged.
It then tries to restart on a timed cycle until the water level recovers.
Medium-depth wells in the Nicosia plain and interior Larnaca often see August drawdown — this protection is what makes unattended summer operation possible.
Daily output depends on your total head and the split between solar and mains hours.
- At the rated 27 m head, working flow is around 20 m³/h.
- Solar alone (6 hours): ~120 m³/day
- Solar + 3-5 hours of mains for peak demand: 180-220 m³/day
- At shallower heads (20 m), daily solar output climbs to 144 m³/day
Yes — automatically and continuously.
The controller monitors both inputs.
- Enough sunlight → runs on solar (you pay nothing)
- Not enough sunlight (sunrise, sunset, overcast, night) → switches to AC mains
No user action. You can also lock the Hybsun 6USH2200-50-35H hybrid solar well pump to one source if you have a specific reason — for example, using mains only during off-peak tariff hours.
The Hybsun 6USH2200-50-35H hybrid solar well pump is designed for long service intervals. No oil changes. No fuel. No daily start-up. Routine attention is mostly annual wellhead seal inspection and surface pipe checking. The free spare parts kit ships with the unit — so you have the wear components on hand for eventual replacement years down the line. Wet-end inspection is typically a 5-10 year interval under normal Cyprus water chemistry.
CGP Solar handles service visits across Paphos, Limmasol, Nicosia, Larnaka ans Famagusta districts.
Hybsun’s standard 2-year manufacturer warranty.
The Hybsun 6USH2200-50-35H hybrid solar well pump is CE-certified (European Conformity — mandatory for EU/Cyprus sale). Hybsun’s manufacturing facility holds ISO 9001:2015 certification (verified on the 3US datasheet, registration HB 010 0812889).
The AC/DC hybrid controller is IP65-rated — fully dust-tight, protected against pressurised water jets — suitable for outdoor weather-exposed mounting, pump-house installation, or industrial environment placement.











Reviews
There are no reviews yet.