Reliable Water. Even From a Challenging Low-Yield Well.

The Well Harvester is designed for low-yield wells with seasonal, uncertain, changing, or difficult-to-measure production. It is especially useful when the well has run dry, recovery changes during the year, or the owner wants automatic management.

The system automatically monitors production, protects the well from over-pumping, stores available water, and supplies the home at dependable pressure.

Both systems are designed for low-yield wells. The Well Harvester automatically monitors production, protects against over-pumping, and adjusts operation as well conditions change.

The Well Reserve is intended for stable, accurately measured wells producing about 2 GPM or more. It uses an owner- or installer-set collection rate and requires more hands-on management.

No. The Well Harvester normally works with the existing well pump. Your existing well pump moves available water from the well into storage while the controller manages its operation and protects the well from over-pumping.

An integrated booster pump then draws from the stored water and supplies the home at dependable household pressure and flow.

Many Well Harvester systems are installed by homeowners with suitable plumbing, electrical, and mechanical experience. A qualified plumber, pump professional, electrician, or contractor can also perform all or part of the installation.

Installation includes connecting the existing well supply, plumbing the system to the home, providing the required power, and correctly connecting the Well Harvester controls to the existing well-pump system.

Epp Well Solutions provides installation instructions and product support to help customers and installers understand the required setup.

The Well Harvester should be installed on a stable, level surface in a location protected from freezing temperatures, direct weather exposure, and prolonged sunlight.

Common installation locations include a garage, utility room, insulated pump house, basement, shop, or another suitable protected enclosure.

The standard system measures approximately 73 inches high, 26 inches wide, and 36 inches deep. Additional room should be allowed for plumbing connections, electrical access, and future service.

Yes. The standard Well Harvester includes 215 gallons of storage. Each Additional Tank Kit increases the total storage capacity by another 215 gallons.

The appropriate capacity depends on well production, household demand, irrigation use, and how much reserve water you want available during periods of heavier use.

The Well Harvester can support larger households and some irrigation demands when the well produces enough total water and the system includes adequate storage.

The booster pump can deliver strong household flow from the stored water, but that does not increase the amount of water the well produces. Heavy irrigation can consume water much faster than a low-yield well can replenish it.

Well production, household size, normal daily use, irrigation demand, and desired reserve capacity should all be considered when sizing the system.

The Well Harvester is an automatically managed low-yield well system. It monitors production and recovery behavior rather than relying only on a fixed timer or owner-set collection rate.

• Automatic protection against over-pumping
• Automatic production monitoring and adjustment
• Touchscreen tank, pressure, flow, and system monitoring
• Integrated storage and household pressure delivery
• Less owner involvement than a manually set system

Yes. The Well Harvester can work with a stable well producing 2 GPM or more, especially when automatic monitoring, pump protection, touchscreen controls, or reduced owner involvement are priorities.

However, a stable, accurately measured well at about 2 GPM or more may also be a good fit for the simpler Well Reserve. The best choice depends on how much automation and protection you want.

No. The Well Harvester manages, stores, and pressurizes the water produced by the well. It is not a filtration, purification, softening, or water-conditioning system.

In most installations, filtration and conditioning equipment should be installed after the Well Harvester so the well fills the system before the stored water passes through the treatment equipment on its way to the home.

This may include sediment filtration, iron or sulfur treatment, water softening, ultraviolet treatment, reverse osmosis, or other equipment selected for the property’s water quality.

The Well Harvester requires electrical power to operate its controller, booster pump, and normal automatic functions. Without power, the system will not normally provide pressurized water to the home.

The Well Harvester can be plugged into a properly sized generator capable of supplying the wattage required by the system and booster-pump startup. This allows the booster pump to pressurize the home using water already stored in the tanks.

Operating the existing well pump to refill the system may require additional generator capacity depending on the well-pump voltage, startup demand, and electrical configuration.

No. The Well Harvester cannot create water or guarantee the future production of a well. Well output may change because of seasonal water levels, drought, nearby pumping, aquifer conditions, or mechanical issues.

The system is designed to capture the water that is available, reduce the risk of over-pumping, and make better use of the well’s measured production.

Yes. The Well Harvester is backed by a three-year limited warranty. Coverage applies to the system components under the warranty terms provided with your purchase.

Our team also provides direct product support to help troubleshoot questions and determine the appropriate next step when service is needed.

We generally recommend at least 0.25 gallon per minute of sustained well production. At that rate, a well may produce approximately 360 gallons over a full day when conditions allow continuous recovery.

Whether that is enough depends on household size, actual water use, irrigation demand, seasonal production, and the amount of storage included with the system.

A measured production test is the best starting point. Our team can help compare the well’s estimated daily production with the property’s expected demand.