TEN staff members are the top talent in the industry, a close-knit team with a dedication to customer satisfactionTEN’s expertise with building systems optimizes equipment performance.

Because TEN is vendor-neutral, TEN projects use the right equipment at the best price, giving each customer access to the most advanced technologies available.TEN’s project finance expertise (funding, rebates, grants) maximizes project returns.TEN works with local contractors and vendors our customers know and trust.

Performance Contracting

COMPREHENSIVE BUDGET-NEUTRAL UPGRADES FUNDED BY GUARANTEED SAVINGS.

TEN’s customer-focused implementation model and lean operating structure enable both greater project customization and lower project costs.

• TEN’s network of local contractors and vendors provides familiar, effective partners to implement every project.
• TEN’s flexible financing deal structures reduce / eliminate out-of-pocket expense and accelerate project timetables
• TEN maximizes the use of incentives and rebates.
• TEN’s highly competitive, unbiased procurement approach is vendor and product neutral

CONTINUOUS EFFICIENCY PROVIDES CUSTOMERS COMPLETE CONTROL IN ACHIEVING THEIR BUILDING EFFICIENCY GOALS.

TEN develops customer-specific menus of building efficiency strategies that deliver maximum savings and value.

Customers select from this menu to control the sequencing and scale of projects.

Each project’s design and implementation approach accommodates the customer’s design and construction processes.

The result: phased, affordable projects that achieve critical financial and sustainability goals in harmony with stakeholder commitments.

Continuous Efficiency has been particularly effective enabling multi-site building managers to implement energy efficiency programs that support their strategic goals.

DISTRIBUTED GENERATION SYSTEMS REDUCE ENERGY COSTS AND UTILITY DEMAND CHARGES THROUGH FUEL OPTIMIZATION, MINIMIZING A CUSTOMER’S ENVIRONMENTAL FOOTPRINT WHILE ENABLING FACILITIES TO BECOME “GRID INDEPENDENT.”

Technology advances and historically low natural gas prices have made microturbine-based self-generation and gas cooling solutions cost-effective.

In some instances customers can also incorporate renewable energy sources such as solar.

A thoughtful installation of distributed generation systems can lower energy costs, reduce grid demand charges, and create opportunities for facilities to store and/or generate electricity they sell back into the grid when electricity prices are high.

Distributed generation systems can also keep a “grid independent” facility operational in the event of a utility power outage.