Home

Overview

Goals and Design Summary

Barn/House Site

Recreational Use

Environmental Research

Neighbors

Other

Feedback or contact us

Team

Overview Team

Architect

Construction Consulting

Timberframe Design

Timberframe Construction

Mechanical Engineering

Electrical Engineering

Solar Electric Consultant

Environmental Consultant

Lighting & Daylighting

Building Envelope

Electricians

Plumbing and HVAC

Finish Carpentry

Design Plans

Overview Design Plans

Exterior Views

Site and Landscape Plans

Architectual Plans

Timber Frame Plans

Timber Frame Stair Plans

Electrical Plans

Mechanical Plans

Meeting Notes

Building Schedule

Building Requisitions

Electrical

Overview Electric

Solar Electric

Lighting

Hydro electric dam

Hydro Electric Turbine

Dam Consultant

Generator

Heating

Overview Heating

Masonry Heater

Radiant Heat

Passive Solar Heat

Plumbing

Overview Plumbing Systems

Composting Toilets

Bathroom Fixtures

Grey Water System

Building Process

Overview Building Process

Were do houses come from?

Saw Mill Operation

Timber Frame Process

Timber Frame Tools

Timber Frame Joints

Site Preparation

Foundation Installation

Timber Frame Raising 1st Floor

Timber Frame Sealing and Finish

Timber Frame Raising

Envelope Framing

Roofing System

Insulation

Radiant Floors

Plaster and Painting

Construction Waste Management

Lessons Learned

Products

Overview Building Products

Wood Used

Lumber Drying & Plaining

Stains and Sealers

Borate Treated Wood for Sills

Durisol Foundation

Windows

Radiant Floor Products

Appliances

Interior

Interior Overview

Bedrooms

Bathrooms

Kitchen

Stairs

Green Certifications

Green Woodlands

Connecting with Nature

Hydroelectric Dam
Sixty years ago there was a hydro electric system that supplied electricity for a girls camp that used to be at this location.  We will be revitalizing the hyro system to supply electricity for the barn-house.  The dam on Cummins Pond was built by the Shakers in the late 1800's.  Based on documents supplied from the NH Dam Bureau it shows that the dam sluiceway has gone through various repairs and small modifications.  We have contracted with Lisa Martin from Quantum Consulting to design a refurbishing to the sluiceway and to connect the dam to the "power house" about 330 feet downstream.
Cummins Pond Sluiceway. Facing east towards pond.
The sluiceway has 6 inch wood boards in front of the vertical posts. We have six boards that are removable to regulate the water level in the pond.
The stone wall work on the North side of the dam has held up since it was built in the late 1800's.
This part of the rock dam has very little seepage from the pond.
Close up view on the North side of the training wall of the sluiceway. We have been able to stop the leaks on the right by patching on the lake side. The leak on the botton left has been consistent for the ten years we have owned the property but we have not been able to find the source on the pond side of the dam.
Close up of the south side of the training walls in the sluiceway. We are able to stop these leaks by repairs on the pond side of the sluiceway.
Pond side of the sluiceway showing the stop logs that are in place to stop debrie from getting into the sluiceway or large pieces of ice during iceout.
View from the dam looking down the sluiceway.
The "Power House" as we call it is about 330 feet down stream from the dam on Cummins Pond. The building is where the hydroelectric system was located that supplied electricity to a girls camp on the property in the 1950's. The original turbine is still under the building.